Ocean Extrusions Private Limited
Odhav, Ahmedabad, Gujarat
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Extrusion Coating and Lamination Plant
Extrusion coating and extrusion laminating are converting processes that allow different substrate materials to be combined to obtain a single compound structure. The materials involved may include plastics, paper, carton board, or aluminium foils.
For coating thin layer of polyolefins (Mainly LDPE/PP) on substrates like Paper, Cotton Cloth, Woven fabrics, Non Woven Fabric, Craft paper, Jute fabrics, Aluminium foil, BOPP film, Polyester film, etc. up to 3150 mm Web width applications.
Coating extensively used in a wide variet Extrusiony of food and non-food applications.
Tandem Lamination Plant For coating Circular Woven fabric, for producing multi layer laminates up to 5 layers along with the various substrates like Paper, Aluminium foil, Polyester film etc.
Coating Lamination Machine is suitable for the double -layer and multiple layer lamination of such roll film materials as BOPP, PET, Nylon, CPP, CPE, aluminium foil and paper etc
Coating PE/PP on substrates like Woven Fabric/Sacks, Tarpaulin, Cotton Cloth, Jute Fabric, Paper, Aluminum foil, BOPP Film, Polyester Film, CPP Film, Jumbo Bags, Non Woven Fabric, etc.
Our Featured Tandem Lamination Plant with fully Auto Back to Back Registration System and centralized Control System for coating combinations up to 5 Layers for producing Multilayer Laminated Products with Combination of various substrates like Woven Fabrics, BOPP, Paper, Aluminum foil, Polyester Film, etc.
For coating thin layer of polyolefins (Mainly LDPE/PP) on substrates like Paper, Cotton Cloth, Woven fabrics, Non Woven Fabric, Craft paper, Jute fabrics, Aluminium foil, BOPP film, Polyester film, etc.
Extrusion Coating Lamination PlantWe are a leading Manufacturer & Exporter of Extrusion Coating Lamination Plant such as Extrusion Coating Lamination Machine, BOPP Extrusion coating & laminating process.
Product Details:
| Minimum Order Quantity | 1 Unit |
| Brand | OCEAN EXTRUSIONS PVT LTD |
| Colour | BLUE / WHITE |
| Automatic Grade | Automatic |
| Max Inlet Wire Diameter (mm) | 6-9 mm, 9-12 mm, 0-3 mm, 3-6 mm |
| Min Finish Wire Diameter (mm) | 3-4 mm, 0-1 mm, 2-3 mm, 1-2 mm |
| Wire Material | Aluminium |
| Size | 35/15 Feet |
| Color | Blue / White |
| Material | LD / PP |
| Over All Dimension L X W X H | 30 X 15 X 15 to 40 X 40 X 15 |
| Capacity | 75 - 300 ( KG/HR ) |
| Coating Thickness | 10 - 75 ( Micron ) |
| Power Supply | Electric |
| Voltage | 75 ( kw ) |
| Screw Diameter | 75 ( mm ) |
| Screw Size | 65 - 90 ( mm ) |
Additional Information:
Product Details:
| Minimum Order Quantity | 1 Unit |
| Brand | Ocean Extrusions Pvt. Ltd., |
| Color | Blue / White |
| Power Consumption | 150 - 370 ( kw ) |
| Condition | New |
| Power | 150 - 370 ( kw ) |
| Connected Load | 150 - 370 ( kw ) |
| Height | 18 |
| Length | 83 - 103 |
| Output | 150 - 450 |
| Width | 13 |
Additional Information:
Product Details:
| Minimum Order Quantity | 1 Unit |
| Machine Type | Automatic |
Hot Melt Adhesive Lamination Machine
Hot Melt Adhesive laminate Machine is silicon paper(liner) and hologram film together by adhesive. Adhesive (usually, solvent based) is same adhesive for normal self-sticker. The machine is very simple and lamination machine which laminates aluminum metalized PET film(holographic sensitive pressure label film) together with silicon paper(liner) by adhesive. It's simple and easily run machine made just for our holographic sticker lamination.
Introduction
Hot Melt Adhesive laminate Machine 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, salability, 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.
Hot Melt Adhesive laminate Machine 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), co-extrusion, 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:
| Minimum Order Quantity | 1 Unit |
| Brand | Ocean Extrusions Pvt Ltd |
| Power Consumption | 95 KW |
| Production Capacity | 100-200 KG/HR |
BOPP Tape Coating Lamination Line
Process | Description | Application Equipment | Typical Adhesives | |
Dry | Dry Bond | Liquid adhesive coated on | Gravure application | Polyurethane |
Processes | Laminating | substrate, dried with heat/air flow, and laminated toe second substrate via heated compression. | cylinder | dispersions, acrylic, emulsions, solvent, water-based Polyvinyl alcohol, ethylene vinyl acetate copolymers, high Solid silicone solvent |
Hot Melt | Low viscosity hot melt | Heat gravure | Ethyl vinyl | |
Seal Coating | adhesives are applied to substrate | cylinder, extruder | acetate, modified polyolefin, polyesters | |
Cold Seal | Liquid adhesive applied, dried with heat/air, and bonded with slight pressure tack to non-cold seal surfaces is minimized | Gravure application cylinder | Synthetic rubber, acrylic /natural rubber | |
Wet | Wet Bond | Liquid adhesive applied | Gravure cylinder | Polyurethane |
Processes | Laminating | substrate, then immediately laminated to a second substrate via nip, followed by drying with heat/airflow (one substrate must be porous to allow evaporation of water Or solvent) | Smooth roll | dispersions, acrylic, emulsions, water- Based polyvinyl alcohol, ethylene Vinyl acetate copolymers, polyesters, starch, dextrin, latex, etc. |
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Solvent less Laminating | Adhesive is metered on substrata in liquid form, then mated to a second substrate via heat | Multiple application Roll configurations | Polyurethanes (on-or two-component, with ester orketone solvent, or100% solids),polyesters | |
Additional Information:
Product Details:
| Minimum Order Quantity | 1 Unit |
| Brand | OCEAN EXTRUSIONS PVT LTD |
| Production Capacity | 120 mtr/min |
| Power Consumption | 65 KW |
HDPE Adhesive tape Making Machine 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 HDPE Adhesive tape Making Machine 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, salability, 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.
HDPE Adhesive tape Making Machine 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), co-extrusion, 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.
The manufacture of HDPE Adhesive tape Making Machine 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.
Additional Information:
Product Details:
| Minimum Order Quantity | 1 Piece |
| Automation Grade | Automatic |
Adhesive Lamination and Coating Machine works in terms of electrical heat source. The gravure equipped with adhesive Lamination and Coating Machine 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.
Type of Machine | Adhesive Lamination and Coating Machine |
Working Speed | 100 To 120 Mtr / Min |
Maximum Web Width | 1000 Mm |
Unwind Roll Dia. | 800 Mm / 1000 Mm |
Rewind Roll Dia | 800 Mm / 1000 Mm |
Drying Section | Multi Zone Arch Type |
Hear Source | Electrical / Hot Air |
Coating Section | Gravure |
Lamination Coating Section | Heating Roller With Nip Roll |
Drive | Variable Speed |
Unwind / Rewind | Simplex / Duplex |
Product Details:
| Minimum Order Quantity | 1 Pack |
| Automatic Grade | Automatic |
| Plastic Type | Polyethylene, PP |
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
d name for providing customised solutions of plastic extrusion machineries.