Adhesive Lamination Coating Machine

Product Details:

Plastic Tape Lamination Coating Machine is consumer demand for package features such as easy open packages, barrier properties, safety, tamper resistance, product efficacy, cost and manufacturing efficiencies which will directly determine which process will serve these interests. Fortunately, advances in resin technology, new chemistry options for coatings, and improvements in surface modification and sealing methods will enable new, high performance structures to better meet these challenges. The manufacture of film laminates is a continuous process of coating and bonding, with process differentiation defined by the type of adhesive used and how the adhesive is applied and converted. These processes are classified as either wet or dry laminating processes and are described . To meet diverse requirements of our clients in the best possible manner, we are manufacturing, exporting & supplying a comprehensive assortment of Coating Machines - BOPP Adhesive Coating Machine. Offered machines are manufactured by our skilled professionals using the best technology to render maximum clients' satisfaction. In order to meet variegated demands of clients, this is made available in various customized options. Besides, clients can avail this product at market-leading prices.

Features of Plastic Tape Lamination Coating Machine:

• Enhanced service life
• User-friendly operation
• Anti-corrosive body

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Adhesive Tape Coating Machine:

• Adhesive coating lamination machine works in terms of electrical heat source. The gravure equipped with adhesive coating lamination plant supports for coating adhesives on labeling and packaging film materials. This is a suitable option to produce variety of packaging films with adhesives applied on it. The heating roller with nip roll keeps the application flawless. Adhesive coating lamination line suits best for fast production of packaging bags with lamination lines.
• To laminate silicon paper(liner) and hologram film together by adhensive. Adehensive r(usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It's simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.

Note:

• The information of adhesive lamination machine / adhesive coating machine is provided for the purpose of guideline & indication only and doesn't form any kind of commitments.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

BOPP Tape Adhesive Lamination Coating Plant works in terms of electrical heat source. The gravure equipped with BOPP Tape Adhesive Lamination Coating Plant supports for coating adhesives on labeling and packaging film materials. This is a suitable option to produce variety of packaging films with adhesives applied on it. The heating roller with nip roll keeps the application flawless. Adhesive coating lamination line suits best for fast production of packaging bags with lamination lines.

 

BOPP Tape Adhesive Lamination Coating Plant:

• To meet diverse requirements of our clients in the best possible manner, we are manufacturing, exporting & supplying a comprehensive assortment of Coating Machines - BOPP Adhesive Coating Machine. Offered machines are manufactured by our skilled professionals using the best technology to render maximum clients' satisfaction. In order to meet variegated demands of clients, this is made available in various customized options. Besides, clients can avail this product at market-leading prices.

Features of BOPP Tape Adhesive Lamination Coating Plant:

• Enhanced service life
• User-friendly operation
• Anti-corrosive body

Specifications of BOPP Tape Adhesive Lamination Coating Plant:

Surface of Application Plastic
Grade Standard Industrial Grade ,Food Grade
Brand:OCEAN ROTOFLEX

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

PP LD Hot Melt Glue Laminating Coating Machine

• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.
• Adhesive coating lamination machine works in terms of electrical heat source. The gravure equipped with adhesive coating lamination plantsupports for coating adhesives on labeling and packaging film materials. This is a suitable option to produce variety of packaging films with adhesives applied on it. The heating roller with nip roll keeps the application flawless. Adhesive coating lamination line suits best for fast production of packaging bags with lamination lines.

 

BOPP Adhesive Coating lamination Machine:

• To meet diverse requirements of our clients in the best possible manner, we are manufacturing, exporting & supplying a comprehensive assortment of Coating Machines - BOPP Adhesive Coating Machine. Offered machines are manufactured by our skilled professionals using the best technology to render maximum clients' satisfaction. In order to meet variegated demands of clients, this is made available in various customized options. Besides, clients can avail this product at market-leading prices.

 

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Self Adhesive Lamination Machine works in terms of electrical heat source. The gravure equipped with adhesive coating lamination plant supports for coating adhesives on labeling and packaging film materials. This is a suitable option to produce variety of packaging films with adhesives applied on it. The heating roller with nip roll keeps the application flawless. Adhesive coating lamination line suits best for fast production of packaging bags with lamination lines.

Self Adhesive Lamination Machine Manufacturer:

• To meet diverse requirements of our clients in the best possible manner, we are manufacturing, exporting & supplying a comprehensive assortment of Coating Machines - BOPP Adhesive Coating Machine. Offered machines are manufactured by our skilled professionals using the best technology to render maximum clients' satisfaction. In order to meet variegated demands of clients, this is made available in various customized options. Besides, clients can avail this product at market-leading prices.

Features of Self Adhesive Lamination Machine Manufacturer:

• Enhanced service life
• User-friendly operation
• Anti-corrosive body

Specifications of Self Adhesive Lamination Machine Manufacturer:

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

BOPP Film Coating Lamination Unit
Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.

BOPP Film Coating Lamination Unit

Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

BOPP Film Coating Lamination Unit

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

BOPP Tape Adhesive Lamination Coating Machine:

• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Lamination Coating Machine Adhesive Plant Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters. Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance. Lamination Coating Machine Adhesive plant works in terms of electrical heat source. The gravure equipped with adhesive coating lamination plant supports for coating adhesives on labeling and packaging film materials. This is a suitable option to produce variety of packaging films with adhesives applied on it. The heating roller with nip roll keeps the application flawless. Adhesive coating lamination line suits best for fast production of packaging bags with lamination lines.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Manufacturer Self Adhesive Lamination Coating Machine India:

• Adhesive coating lamination machine works in terms of electrical heat source. The gravure equipped with adhesive coating lamination plant supports for coating adhesives on labeling and packaging film materials. This is a suitable option to produce variety of packaging films with adhesives applied on it. The heating roller with nip roll keeps the application flawless. Adhesive coating lamination line suits best for fast production of packaging bags with lamination lines.
• To meet diverse requirements of our clients in the best possible manner, we are manufacturing, exporting & supplying a comprehensive assortment of Coating Machines - BOPP Adhesive Coating Machine. Offered machines are manufactured by our skilled professionals using the best technology to render maximum clients' satisfaction. In order to meet variegated demands of clients, this is made available in various customized options. Besides, clients can avail this product at market-leading prices.

Features of Manufacturer Self Adhesive Lamination Coating Machine India:

• Enhanced service life
• User-friendly operation
• Anti-corrosive body

Specifications of Manufacturer Self Adhesive Lamination Coating Machine India:

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Coating Lamination Line works in terms of electrical heat source. The gravure equipped with adhesive coating lamination plant supports for coating adhesives on labeling and packaging film materials. This is a suitable option to produce variety of packaging films with adhesives applied on it. The heating roller with nip roll keeps the application flawless. Adhesive coating lamination line suits best for fast production of packaging bags with lamination lines. To meet diverse requirements of our clients in the best possible manner, we are manufacturing, exporting & supplying a comprehensive assortment of Coating Machines - BOPP Adhesive Coating Machine. Offered machines are manufactured by our skilled professionals using the best technology to render maximum clients' satisfaction. In order to meet variegated demands of clients, this is made available in various customized options. Besides, clients can avail this product at market-leading prices.

Features of Coating Lamination Line:

• Enhanced service life
• User-friendly operation
• Anti-corrosive body

Specifications of Coating Lamination Line:

 

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Hot Melt Adhesive Coating Line Manufacturer:

• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance. BOPP Adhesive Lamination Machine

comparison between lamination and coating processes.

 

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Adeshive Lamination Word

By Ocean Extrusions Pvt. Ltd., Extrusion coating and Adhesive lamination have Ocean Extrusions Pvt. Ltd., for many years. The decision on what process to use is often made

based more upon availability of equipment and output requirements, and less on process requirements. With the increased globalization of

the converting industry, there has been increased interest in the viability of one process versus another. This paper will attempt to go

beyond these points by investigating the opportunities and challenges a converter encounters as they move from the adhesive lamination

world to extrusion coating and visa versa. These differences are highlighted in the equipment, the process, and finally, how the end product

handles on a form, fill and seal machine (FFS).

 

Equipment Modification of Adhesive Tape Making Machine :-

 

There are many similar components shared between the adhesive lamination line and the extrusion coating system. This sharing of

components permits a converter to run an adhesive lamination structure on an extrusion coating line as well as the reverse.

 

You can convert an adhesive lamination line to run extrusion coating by including this capability when the line is initially purchased or

upgrading the equipment at a later time.

To add an adhesive lamination capability when an extrusion coating line is initially designed, you would:

 

Many adhesive converters need to run similar structures with slight variations in the weight of the substrate. As noted before, the only way

to “dial in” a specific thickness is by the thickness of the individual substrates. Therefore to supply five different thicknesses of laminates,

you would have to stock five different substrate thicknesses. If you make that product range via extrusion coating, you could stock one

substrate thickness and make up the difference with increases or decreases in the extrudate. This is assuming the end product in extrusion

coating will have the needed barrier and mechanical properties. You also have to look at the differences in the mechanical properties of the

substrate and compare it to the extrudate. To maintain properties, eliminating ½ mil of substrate may not translate directly into adding ½ mil of substrate.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra

Adhesive Lamination Plant Machinery:

• To laminate silicon paper (liner) and hologram film together by adhensive. Adehensiver (usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It's simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

Adhesive Lamination Plant Machinery:

• To laminate silicon paper (liner) and hologram film together by adhensive. Adehensiver (usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It's simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

Adhesive Lamination Plant Machinery:

• To laminate silicon paper (liner) and hologram film together by adhensive. Adehensiver (usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It's simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

Adhesive Lamination Plant Machinery:

• To laminate silicon paper (liner) and hologram film together by adhensive. Adehensiver (usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It's simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

Adhesive Lamination Plant Machinery:

• To laminate silicon paper (liner) and hologram film together by adhensive. Adehensiver (usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It's simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

Product Details:

Coating Lamination Machine is consumer demand for package features such as easy open packages, barrier properties, safety, tamper resistance, product efficacy, cost and manufacturing efficiencies which will directly determine which process will serve these interests. Fortunately, advances in resin technology, new chemistry options for coatings, and improvements in surface modification and sealing methods will enable new, high performance structures to better meet these challenges. The manufacture of film laminates is a continuous process of coating and bonding, with process differentiation defined by the type of adhesive used and how the adhesive is applied and converted. These processes are classified as either wet or dry laminating processes and are described. To meet diverse requirements of our clients in the best possible manner, we are manufacturing, exporting & supplying a comprehensive assortment of Coating Machines - BOPP Adhesive Coating Machine. Offered machines are manufactured by our skilled professionals using the best technology to render maximum clients' satisfaction. In order to meet variegated demands of clients, this is made available in various customized options. Besides, clients can avail this product at market-leading prices.

Additional Information:

• Delivery Time: 90 Days

Product Details:

Adhesive Coating Lamination Plant:

• To laminate silicon paper (liner) and hologram film together by adhensive. Adehensiver (usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It's simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Adhesive Lamination Coating Plant is consumer demand for package features such as easy open packages, barrier properties, safety, tamper resistance, product efficacy, cost and manufacturing efficiencies which willdirectly determine which process will serve these interests.

 

Comparison between Lamination and Coating Processes:

 

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Self Adhesive Lamination Line:

• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Tape Lamination Machine:

• To laminate silicon paper(liner) and hologram film together by adhensive. Adehensive r(usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It's simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Adhesive Lamination Plant Machinery:

• To laminate silicon paper (liner) and hologram film together by adhensive. Adehensiver (usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It''s simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Coating Lamination Machine is consumer demand for package features such as easy open packages, barrier properties, safety, tamper resistance, product efficacy, cost and manufacturing efficiencies which will directly determine which process will serve these interests. Fortunately, advances in resin technology, new chemistry options for coatings, and improvements in surface modification and sealing methods will enable new, high performance structures to better meet these challenges. The manufacture of film laminates is a continuous process of coating and bonding, with process differentiation defined by the type of adhesive used and how the adhesive is applied and converted. These processes are classified as either wet or dry laminating processes and are described. To meet diverse requirements of our clients in the best possible manner, we are manufacturing, exporting & supplying a comprehensive assortment of Coating Machines - BOPP Adhesive Coating Machine. Offered machines are manufactured by our skilled professionals using the best technology to render maximum clients'' satisfaction. In order to meet variegated demands of clients, this is made available in various customized options. Besides, clients can avail this product at market-leading prices.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Adhesive Lamination Line Machine Plant Unit:

• To laminate silicon paper(liner) and hologram film together by adhensive. Adehensive r(usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It''s simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Adhesive Lamination Machinery:

• To laminate silicon paper (liner) and hologram film together by adhensive. Adehensiver (usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It's simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Hot Melt Adhesive Coating Lamination Machine:

• To laminate silicon paper(liner) and hologram film together by adhensive. Adehensive r(usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It's simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
  Hot Melt Adhesive Coating Lamination Machine

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Adhesive Tape Automatic Laminating Plant:

• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Lamination Coating Machine India:

• Adhesive coating lamination machine works in terms of electrical heat source. The gravure equipped with adhesive coating lamination plant supports for coating adhesives on labeling and packaging film materials. This is a suitable option to produce variety of packaging films with adhesives applied on it. The heating roller with nip roll keeps the application flawless. Adhesive coating lamination line suits best for fast production of packaging bags with lamination lines.
• To meet diverse requirements of our clients in the best possible manner, we are manufacturing, exporting & supplying a comprehensive assortment of Coating Machines - BOPP Adhesive Coating Machine. Offered machines are manufactured by our skilled professionals using the best technology to render maximum clients'' satisfaction. In order to meet variegated demands of clients, this is made available in various customized options. Besides, clients can avail this product at market-leading prices.

Features of Lamination Coating Machine India:

• Enhanced service life
• User-friendly operation
• Anti-corrosive body

Grade Standard:

• Industrial Grade

Specifications of Lamination Coating Machine India:

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra

Product Details:

Adhesive Lamination/ Coating Plant is consumer demand for package features such as easy open packages, barrier properties, safety, tamper resistance, product efficacy, cost and manufacturing efficiencies which will directly determine which process will serve these interests. Fortunately, advances in resin technology, new chemistry options for coatings, and improvements in surface modification and sealing methods will enable new, high performance structures to better meet these challenges. The manufacture of film laminates is a continuous process of coating and bonding, with process differentiation defined by the type of adhesive used and how the adhesive is applied and converted. These processes are classified as either wet or dry laminating processes and are described. To meet diverse requirements of our clients in the best possible manner, we are manufacturing, exporting & supplying a comprehensive assortment of Coating Machines - BOPP Adhesive Coating Machine. Offered machines are manufactured by our skilled professionals using the best technology to render maximum clients' satisfaction. In order to meet variegated demands of clients, this is made available in various customized options. Besides, clients can avail this product at market-leading prices.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Adhesive Lamination Line:

• To laminate silicon paper (liner) and hologram film together by adhensive. Adehensiver (usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It's simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time. Adhesive Lamination Line

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Tape Coating Lamination Adhesive Unit Plant:

• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.

Other Details:

• Tape Coating Lamination Adhesive Unit Plant works in terms of electrical heat source. The gravure equipped with adhesive coating lamination plantsupports for coating adhesives on labeling and packaging film materials. This is a suitable option to produce variety of packaging films with adhesives applied on it. The heating roller with nip roll keeps the application flawless. Adhesive coating lamination line suits best for fast production of packaging bags with lamination lines.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

Adhesive Lamination Unit Manufacturer In Gujarat Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters. Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance. To meet diverse requirements of our clients in the best possible manner, we are manufacturing, exporting & supplying a comprehensive assortment of Coating Machines - BOPP Adhesive Coating Machine. Offered machines are manufactured by our skilled professionals using the best technology to render maximum clients' satisfaction. In order to meet variegated demands of clients, this is made available in various customized options. Besides, clients can avail this product at market-leading prices.

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra

Product Details:

Adhesive Lamination Machine Manufacturer:

• Adhesive coating lamination machine works in terms of electrical heat source. The gravure equipped with adhesive coating lamination plant supports for coating adhesives on labeling and packaging film materials. This is a suitable option to produce variety of packaging films with adhesives applied on it. The heating roller with nip roll keeps the application flawless. Adhesive coating lamination line suits best for fast production of packaging bags with lamination lines.

 

Adhesive Lamination Machine Manufacturer:

• To meet diverse requirements of our clients in the best possible manner, we are manufacturing, exporting & supplying a comprehensive assortment of Coating Machines - BOPP Adhesive Coating Machine. Offered machines are manufactured by our skilled professionals using the best technology to render maximum clients'''' satisfaction. In order to meet variegated demands of clients, this is made available in various customized options. Besides, clients can avail this product at market-leading prices.

Features of Adhesive Lamination Machine Manufacturer:

• Enhanced service life
• User-friendly operation
• Anti-corrosive body

Specifications of Adhesive Lamination Machine Manufacturer:

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra
• Delivery Time: 90 Days

Product Details:

LD Hot Melt Glue Laminating Coating Machine:

• To laminate silicon paper(liner) and hologram film together by adhensive. Adehensive r(usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It''s simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

 

Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),Other
• Port of Dispatch: Mundra

Adhesive Lamination Plant Machinery:

• To laminate silicon paper (liner) and hologram film together by adhensive. Adehensiver (usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It's simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

Adhesive Lamination Plant Machinery:

• To laminate silicon paper (liner) and hologram film together by adhensive. Adehensiver (usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It's simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.

Adhesive Lamination Plant Machinery:

• To laminate silicon paper (liner) and hologram film together by adhensive. Adehensiver (usually, solvent based) is same adhensive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalllized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhensive. It's simple and easily run machine made just for our holographic sticker lamination.
• Extrusion-based coating/laminating and adhesive-based film laminating are different manufacturing techniques a converter can use to make a composite construction. The physical properties and performance characteristics of flexible packaging made by extrusion coating and laminating can be identical to that made by film laminating. Many of the major components of the final constructions are also the same. So which technique should be used for a particular product package? The decision is not an easy one, with equipment availability, run length, polymer specifications, and manufacturing efficiencies some of the major variables in this equation.
• The performance properties of extruded and adhesive-laminated structures are frequently dependent upon the types of polymeric, adhesive and surface treatment/priming ingredients combined to deliver the intended package performance. Multiple performance criteria such as mechanical properties, gas and moisture barrier properties, sealability, printability and cost will be integrated to satisfy the multiple performance properties of both rigid and flexible packages. Many polymeric materials are thermodynamically incompatible due to differences in their chemical make-up. Combining these materials can create the potential for phase separation and structural degradation. The key is to create a heterogeneous layering within an extrusion or adhesive lamination process so performance properties will not degrade over time.
• Adhesive laminates can be made by dry bonding, wet bonding, UV/EB curing and by hot melt adhesion processes. Extrusion laminates are constructed by extruding a thin tie-layer of a plastic material to bond together two dissimilar materials, such as a polymer film, paper or foil. Furthermore, coextruded materials are produced by extruding several polymer layers simultaneously and then pressing/cooling them together. Incompatible layers are laminated together using a thermoplastic adhesive as a tie layer. Eight layers or greater can be produced to optimize barrier, material thickness, weight and cost performance parameters.
• Surface modification techniques can also be employed to for low polarity polymeric films and other based substrates to improve structural performance. These methods can include the application of roll coatings (polymers, lacquers, primers), coextrusion, immersion, and plasma treatments. Solvent and water-based barrier coatings are common, as are dry coatings such as varnishes cured by heat or oxidation. Chemical surface treatments, vacuum plasma depositions, and specifically vapor-deposited oxides and nitrides are also employed to improve packaging performance.