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Blown Film Extrusion can be used with a wide range of plastic materials, including low-density polyethylene (LDPE), high-density polyethylene (HDPE), polypropylene (PP), and polystyrene (PS). The choice of material depends on the application & the desired properties of the film.
Blown film extrusion is the most common process for production of continuous films that are used primarily for packaging.
It is advanced manufacturing setups used to produce plastic films. In blown film extrusion process, plastic pellets are melted, extruded through a circular die & inflated to form a bubble of film. These films find applications in packaging, agriculture & construction.
Model | Multi-Layer Blown Film Plants |
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Final Product | LL/LLDPE |
Material Used | LDPE, LLDPE Virgin Raw Material |
Output | 300-1000kg/hr (According to Extruders) |
Film Layers | 5 to 7 |
Screw Diameters | According to Needs (customized) |
Output Size | 900-12000 mm |
Micron Thickness | 20-200 |
Optional Devices: | Gravimetric Dosing System, Air Chiller, Corona Treater, Bi-Metalic Screw & Barrel Set, Hydraulic Unloading, Extrusion Process Control, Film Thickness Measuring System, Electronic Web Aligner, Empty Shaft Loading / Unloading System, Main Panel Air Condition, Auto Thickness Control, Auto Width Control, Tower Nip Cooling System, Water Chiller. |
Technical Assisstance | Engineers Available to Service Overseas. |
Three Layers Blown Film Plants produce essential flexible packaging materials for various industries through blown film extrusion, a process involving melting plastic resin pellets and inflating the extruded tube to form a thin film.
A-B-A and A-B-C layering in blown film production customize film properties. For food packaging, strong barriers extend shelf life; for agriculture, durability is key. Adjusting layers enhances strength, resistance and optical properties.
Model | A-B-A and A-B-C 3 Layer Co Extrusion Blown Film Machine |
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Final Product | HDPE, LDPE, LLDPE Plastic Film |
Application | Flexible packaging bags, T-shirt bag, garbage bag, shopping bag |
Material used | HDPE, LDPE, LLDPE virgin raw material, recycled material, CaCO3 compound, biodegradable material, masterbatch & additives |
Outputrange | 45~1000kg/hr (depends on extruder size) |
Film Layer | Multilayer - ABA Three layer |
Screw Diameter | 40+50mm, 45+55mm, 55+65mm, 125+125+100+100mm & customised |
Screw L/D ratio | 26:1, 27:1, 28:1, 30:1 & customized |
Screw Material | EN-41B Nitriding Steel |
Width | 150mm ~ 12000mm |
HDPE | 0.01 ~ 0.05 mm |
LDPE | 0.02 ~ 0.1 mm |
Optional Devices | 0.010.05 mm, 0.02~0.1 mm, Auto Hopper loader, rotary die head, bubble controller, corona treater, embossing roller, automatic winder, double winder, EPC, tension controller & more |
Delivery Time | 60 ~ 120 days |
Warranty | 1 year (T&C) |
Technical Assistance | Engineers available to service machinery overseas |
Mulching Film
Stretch/ Shrink Film
Shopping Bags
Carry Bags, Agricultural Bags, Industrial Packaging, Shrink Film, Barrier Film, Consumer Food Wrap From Plastic Wrap Article.
Rotating die blown film machines represent a significant advancement in the technology of film extrusion. Unlike traditional fixed-die machines, where the die remains stationary during the extrusion process, rotating die machines incorporate a dynamic element by allowing the die to rotate. This rotational motion introduces several advantages to the film production process.
One key benefit of rotating die machines is the enhancement of film quality. By spinning the die, the flow of molten polymer is more evenly distributed, resulting in a more uniform thickness across the width of the film. This uniformity is crucial for ensuring consistent product quality & performance, particularly in applications where precise film thickness is critical, such as in food packaging or medical films.
PP downward blown film extrusion plants refer to manufacturing facilities that specialize in production of polypropylene (PP) films using a downward blown film extrusion process. This method involves melting PP resin pellets & extruding them downwards through a circular die. The extruded molten polymer is then inflated to form a bubble, which is subsequently cooled and flattened into a thin film.
These plants are equipped with machinery & equipment tailored for PP film production, catering to a wide range of applications across industries such as packaging, agriculture & construction. PP downward blown film extrusion plants play a crucial role in meeting growing demand for PP films, which are valued for their excellent properties such as high tensile strength, puncture resistance, & chemical inertness.
Model | PP Blown Film Machine |
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Final Product | PP Plastic Film |
Application | Flexible packaging bags |
Material used | PP virgin raw material, masterbatch & additives |
Outputrange | 20 ~ 50 kg/hr (depends on extruder size and output gauge) |
Film Layer | Mono Layer (One Layer) |
Screw Diameter | 40 ~ 65mm & customized |
Screw L/D ratio | 28/1 & customized |
Screw Material | EN-41B Nitriding Steel |
Width | 75 ~ 700 mm |
Thickness | 0.01 ~ 1mm |
Optional Devices | Auto loader, masterbatch dosing system, hopper dryer, rotary die head, corona treater, automatic winder, double winder |
Delivery Time | 60 ~ 120 days |
Warranty | 1 year (T&C) |
Technical Assistance | Engineers available to service machinery overseas |
Mono-layer blown film machines are specialized equipment used in the production of single-layer plastic films through the blown film extrusion process. These machines are designed to melt plastic resin pellets and extrude them through a circular die, forming a continuous tube of molten polymer.
Mono-layer blown film machines are utilized across various industries for packaging, agriculture, construction & more, offering cost-effective solutions for producing plastic films with a wide range of properties and applications. These machines consist of several components, including an extruder, die head, air ring, cooling unit, and winding unit. The extruder is responsible for melting the plastic resin pellets and conveying the molten polymer to the die head. The die head shapes the molten polymer into a tubular form, while the air ring introduces cool air to inflate the tube into a bubble.
Model | MONO-LAYER Blown Film Line (Single layer) |
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Final Product | HDPE, LDPE, LLDPE Plastic Film |
Application | Flexible packaging bags, T-shirt bag, garbage bag, shopping bag |
Material used | HDPE, LDPE, LLDPE virgin raw material, recycled material, CaCO3 compound, biodegradable material, masterbatch & additives |
Outputrange | 15 ~ 250kg/hr (depends on extruder size) |
Film Layer | 1 |
Screw Diameter | 40 - 150mm and (customized) |
Screw L/D ratio | 26/1,28/1,30/1 and (customized) |
Screw Material | EN-41B Nitriding Steel |
Width | 100 ~ 4500mm |
Thickness | 0.008~0.04mm, 0.02~0.04mm upto 1mm |
Optional Devices | Auto loader, masterbatch dosing system, rotary die head, bubble controller, corona treater, embossing roller, automatic winder, double winder |
Delivery Time | 60 ~ 75 days |
Warranty | 1 year (T&C) |
Technical Assistance | Engineers available to service machinery overseas |
Carry Bags, Agricultural Bags, Industrial Packaging, Shrink Film, Barrier Film, Consumer Food Wrap From Plastic Wrap Article.
Carry Bags
Aggricultural Bags
Bio-Degradable Bags