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Monolayer Blown Film Machine Monolayer Blown Film Machine gives high output up to 280 kg/hr with thickness ranging from 8 microns to 150 microns and a maximum film width of 2500 mm. Biodegradable Bag Making Machine is a cost effective investment of producing single layer barrier films and mono layer blown film lines as well. For packaging industries that requires greater productivity in low investment and low power consumption, Biodegradable Bag Making Machine, Multilayer Blown Film Plant, monolayer blown film machine is the right option as this equipment offers high speed production solution. It is an effective investment solution for packaging sector as they can get back good return on what they spend. Features of Monolayer Blown Film Machine Elevated durability Purpose specific design Durable finish standards Long working life Easy maintenance Application of Monolayer Blown Film Machine Shopping Bag, Grocery Bags, T – Shirt Bags Liners & Lamination Film for Aluminum Foil, Jute Paper and Board Liner for Woven Sacks, Cans and other Industrial Needs Refuse Bags, Diaper Films, Packaging of Dairy Products Green House Films, Packaging of Frozen Foods Wrappers For Food Products, Laundry Heat Sealed Sterilized Packages for Surgical Instruments Health Care Pachaging Garment Bags and Fresh Producing Packaging Courier Bags Bag and Pouches for Fruits, Vegetables, Groceries, Refuse Bags etc. Monolayer Blown Film Machine

Biodegradable Bag Making Machine Biodegradable Bag Making Machine gives high output up to 280 kg/hr with thickness ranging from 8 microns to 150 microns and a maximum film width of 2500 mm. Biodegradable Bag Making Machine is a cost effective investment of producing single layer barrier films and mono layer blown film lines as well. For packaging industries that requires greater productivity in low investment and low power consumption, Biodegradable Bag Making Machine, Multilayer Blown Film Plant, monolayer blown film machine is the right option as this equipment offers high speed production solution. It is an effective investment solution for packaging sector as they can get back good return on what they spend. Features of Biodegradable Bag Making Machine Elevated durability Purpose specific design Durable finish standards Long working life Easy maintenance Application of Biodegradable Bag Making Machine Shopping Bag, Grocery Bags, T – Shirt Bags Liners & Lamination Film for Aluminum Foil, Jute Paper and Board Liner for Woven Sacks, Cans and other Industrial Needs Refuse Bags, Diaper Films, Packaging of Dairy Products Green House Films, Packaging of Frozen Foods Wrappers For Food Products, Laundry Heat Sealed Sterilized Packages for Surgical Instruments Health Care Pachaging Garment Bags and Fresh Producing Packaging Courier Bags Bag and Pouches for Fruits, Vegetables, Groceries, Refuse Bags etc.

Tarpaulin PE Coating Machine A tarpaulin coating machine, also known as a tarpaulin lamination machine or tarpaulin laminating machine, is a piece of equipment used in the manufacturing process to apply a protective coating or lamination onto tarpaulin sheets. The coating enhances the tarpaulin's properties, such as waterproofing, UV resistance, and durability, making it suitable for various applications, including outdoor coverings, tents, truck covers, agricultural purposes, and more. The tarpaulin coating machine typically consists of the following components and features: 1. Coating System: The heart of the machine is the coating system, which includes a reservoir for the coating material (such as polyethylene, PVC, or other specialized coatings) and a method to apply the coating evenly onto the tarpaulin surface. 2. Lamination Rollers: The machine usually has a set of rollers to ensure the uniform distribution of the coating material onto the tarpaulin. These rollers can be heated or pressurized to aid in the adhesion of the coating to the fabric. 3. Tension Control: To prevent wrinkles or uneven coating, the tarpaulin is kept under tension and controlled throughout the lamination process. 4. Heating Element (optional): Some machines may have a heating element to help in drying and curing the coating, improving its adhesion to the tarpaulin material. 5. Speed Control: The machine often allows adjustable speed settings to control the coating application process, ensuring different tarpaulin thicknesses and coating requirements can be accommodated. 6. Take-up System: Once the coating is applied, the tarpaulin is rolled up neatly onto a take-up reel or winder for further processing or packaging. The specific features and capabilities of tarpaulin coating machines can vary depending on the manufacturer and the intended use. Some machines may also have additional options for customizations, like the ability to add reinforcements, eyelet punching, or other specialized features. Tarpaulin coating machines are an essential part of the industrial-scale production of high-quality and specialized tarpaulins, where consistency, efficiency, and precise coating application are critical. For large-scale tarpaulin manufacturing companies, investing in a tarpaulin coating machine can significantly improve production speed and product quality.

Tarpaulin Coating Lamination Machine A tarpaulin coating machine, also known as a tarpaulin lamination machine or tarpaulin laminating machine, is a piece of equipment used in the manufacturing process to apply a protective coating or lamination onto tarpaulin sheets. The coating enhances the tarpaulin's properties, such as waterproofing, UV resistance, and durability, making it suitable for various applications, including outdoor coverings, tents, truck covers, agricultural purposes, and more. The tarpaulin coating machine typically consists of the following components and features: 1. Coating System: The heart of the machine is the coating system, which includes a reservoir for the coating material (such as polyethylene, PVC, or other specialized coatings) and a method to apply the coating evenly onto the tarpaulin surface. 2. Lamination Rollers: The machine usually has a set of rollers to ensure the uniform distribution of the coating material onto the tarpaulin. These rollers can be heated or pressurized to aid in the adhesion of the coating to the fabric. 3. Tension Control: To prevent wrinkles or uneven coating, the tarpaulin is kept under tension and controlled throughout the lamination process. 4. Heating Element (optional): Some machines may have a heating element to help in drying and curing the coating, improving its adhesion to the tarpaulin material. 5. Speed Control: The machine often allows adjustable speed settings to control the coating application process, ensuring different tarpaulin thicknesses and coating requirements can be accommodated. 6. Take-up System: Once the coating is applied, the tarpaulin is rolled up neatly onto a take-up reel or winder for further processing or packaging. The specific features and capabilities of tarpaulin coating machines can vary depending on the manufacturer and the intended use. Some machines may also have additional options for customizations, like the ability to add reinforcements, eyelet punching, or other specialized features. Tarpaulin coating machines are an essential part of the industrial-scale production of high-quality and specialized tarpaulins, where consistency, efficiency, and precise coating application are critical. For large-scale tarpaulin manufacturing companies, investing in a tarpaulin coating machine can significantly improve production speed and product quality.