THREE LAYER ABC BLOWN FILM MACHINE

The three-layer co-extrusion abc film blowing machine features advanced automation, including centralized feeding, batching, weight control, IBC internal cooling, automatic thickness control, and automatic central winding. All functions are integrated into a user-friendly touchscreen interface, simplifying operation and boosting productivity.

 

In addition to significantly reducing raw material usage, the ABC machine produces a three-layer film that is 30% stronger than a single-layer film produced by mono-layer extruder.

 

Contact Guolian today to get the best 3 layer blown film machine price and learn more about our high-performance 3 layer extrusion machine.

 

FEATURES

FEATURES OF THREE LAYER ABC BLOWN FILM MACHINE

30% Stronger Film

 

50% Cost Saving

 

100% Recycled Material Used

 

Application: T-shirt bags, shopping bags, garbage bags etc.

 

Suitable Material: HDPE, LDPE, LLDPE

 

Film Width from 500~2000mm

 

Extruder Dia: 40mm, 45mm, 55mm, 65mm, 80mm

 

Output: 45~200 kg/hr

 

SPECIFICATION

SPECIFICATION OF THREE LAYER ABC BLOWN FILM MACHINE

 

VIDEO

VIDEO OF THREE LAYER ABC BLOWN FILM MACHINE

Discover how Golead Machine's advanced plastic recycling equipment transforms post-consumer waste into high-quality pellets. This video showcases the efficiency and innovation behind Golead's recycling solutions, highlighting key features such as energy-saving operations, user-friendly interfaces, and robust construction.

 

Whether you're in the plastic manufacturing industry or exploring sustainable recycling methods, Golead Machine offers reliable and cost-effective machinery tailored to your needs.

 

Key Features:

 

High-efficiency pelletizing systems

 

Energy-saving technology

 

User-friendly operation

 

Durable and robust design

 

ADVANTAGES

ADVANTAGES OF THREE LAYER ABC BLOWN FILM MACHINE

The 3 layer blown film plant offers significant performance advantages by combining three different materials into a single high-quality film structure. Each layer can be individually optimized for strength, flexibility, barrier performance, or sealing, resulting in films that outperform traditional monolayer products. This multi-layer design also ensures excellent puncture resistance and superior load-bearing capability, making it ideal for demanding packaging applications.

 

Another major benefit is material efficiency. The ABC configuration allows producers to use premium raw materials only where needed—typically on the outer layers—while the middle layer can incorporate cost-effective or recycled materials without affecting the overall film quality. This reduces production costs while maintaining consistent product performance.

 

The three layer blown film machine also provides greater versatility. With three extruders operating independently, manufacturers can easily adjust formulas to meet different market requirements, such as clarity, stiffness, barrier protection, or enhanced sealing strength. This flexibility makes the ABC blown film line suitable for a wide range of applications including shopping bags, agricultural films, industrial packaging, and food-grade protective films.

 

Finally, the machine delivers stable, high-output production with consistent film thickness and uniform layer distribution. Advanced die-head design and precise temperature control ensure a smooth running process, reduced waste, and improved production efficiency—making it a reliable solution for manufacturers aiming to upgrade quality while maximizing profitability.

 

FAQS

 

WHAT IS THE DIFFERENCE BETWEEN AN ABC BLOWN FILM MACHINE AND AN ABA BLOWN FILM MACHINE?

An ABC blown film machine uses three independent extrusion layers (A/B/C), allowing different materials or formulations in each layer for improved film performance. Compared with ABA structures, ABC machines offer greater flexibility in barrier properties, strength, sealing performance, and surface functionality, making them suitable for more demanding packaging applications.

 

WHAT MATERIALS CAN A THREE LAYER ABC BLOWN FILM MACHINE PROCESS?

A three layer ABC blown film machine can process a wide range of materials, including LDPE, LLDPE, HDPE, mLLDPE, EVA, and recycled PE materials. Different material combinations can be used in each layer to optimize film strength, transparency, sealing, or cost efficiency.

 

WHAT PRODUCTS CAN BE PRODUCED WITH A THREE LAYER ABC BLOWN FILM MACHINE?

This machine is widely used for manufacturing food packaging film, courier bags, shopping bags, garbage bags, agricultural film, protective film, industrial packaging film, and lamination film. The multilayer structure helps improve durability and functional performance.

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WHAT ARE THE ADVANTAGES OF A THREE LAYER ABC BLOWN FILM MACHINE?

A three layer ABC blown film machine provides better film strength, improved sealing performance, enhanced puncture resistance, more flexible material combinations, and optimized production costs. It also enables manufacturers to tailor each layer for specific performance requirements.

 

WHAT FILM THICKNESS RANGE CAN A THREE LAYER ABC BLOWN FILM MACHINE PRODUCE?

The thickness range depends on machine configuration and raw materials, but most machines can produce films from approximately 10 to 150 microns (0.01–0.15 mm) with stable thickness uniformity and consistent film quality.

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IS A THREE LAYER ABC BLOWN FILM MACHINE SUITABLE FOR RECYCLED MATERIAL PROCESSING?

Yes. Many ABC blown film machines support virgin and recycled material combinations. Manufacturers can use recycled resin in selected layers while maintaining product quality, helping reduce raw material costs and improve sustainability.

 

Now price of 3 layer blown film plant for sale is reasonable, anything you need, please contact us.

 

If you are looking for reliable plastic machinery manufacturers, please choose us, and we will be your best partner.

A ld bag printing machine is an indispensable device used in industries such as publishing, advertising, and packaging to create copies of text and images using ink on paper. It comes in various sizes, ranging from small desktop units to large commercial models, and can employ different printing techniques such as offset, digital, or flexographic.

 

TYPES OF PLASTIC PRINTING MACHINE FOR SALE

 

Flexo Printing Machine

This machine that prints on plastic, also known as an "aniline printing machine," is specifically designed for printing on various packaging materials such as plastic bags, cellophane, and web paper. It is widely used in food paper packaging, supermarket handbags, and clothing bags, making it an ideal choice for packaging needs.

 

Gravure Printing Machine

This unit is suitable for OPP, CPP, PE, PVC and other soft material film, paper, aluminum foil and other drum materials.

 

CHARACTERISTICS OF FLEXOGRAPHIC PRINTING MACHINES IN THE PACKAGING INDUSTRY

Characteristics of Flexographic Printing Machines in the Packaging Industry

1. High printing speed: Flexographic printing machines are known for their high printing speed, allowing for mass production of packaging materials. This speed is achieved through the use of flexible rubber plates that can quickly transfer ink onto the substrate.

 

2. Versatility: Flexographic heat press machine for plastic cups can print on a wide range of packaging materials including paper, plastic films, metal foils, and cartons. They are capable of producing various package types such as labels, corrugated boxes, flexible packaging, and shrink sleeves.

 

3. Cost-effective: Flexographic printing machines are cost-effective due to their ability to use water-based inks and plates made from rubber or polymer. These materials are relatively cheaper compared to other printing methods. Additionally, the quick setup and changeover times of flexographic printing machines contribute to cost savings and increased efficiency in the packaging industry.

 

FAQS OF PRINTING MACHINE

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WHAT ARE THE ADVANTAGES OF USING A FLEXO PRINTING MACHINE?

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Flexo Printing Machines offer advantages such as the ability to print on a wide range of substrates, high-speed printing capabilities, cost-effectiveness for medium to large print runs, and the ability to produce vibrant colors and sharp images.

 

WHAT ARE THE ADVANTAGES OF USING A GRAVURE PRINTING MACHINE?

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Gravure Printing Machines provide advantages such as excellent print quality, the ability to print fine details and continuous tones, faster drying times, good ink transfer, and the ability to print on various substrates like plastic, paper, and metal. However, they are more suitable for large print runs due to setup costs.

 

WHAT ARE THE MAIN DIFFERENCES BETWEEN A FLEXO PRINTING MACHINE AND A GRAVURE PRINTING MACHINE?

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The main differences lie in the printing plate and ink transfer methods. Flexo Printing uses flexible plates and a direct ink transfer from the plate to the substrate, while Gravure Printing uses engraved cylinders and an indirect ink transfer through a doctor blade. Flexo is better suited for short to medium print runs and provides more versatility in terms of substrates, while Gravure excels in long print runs and offers superior image reproduction and consistency.

 

We can also offer kinds of label maker for plastic for sale, anything you need, please contact us.

 

As a pouch pack manufacturer, we will do our best to meet all the needs of customers.

SMALL PLASTIC RECYCLING MACHINE

Guolian mini plastic recycling machine is designed for efficient waste recycling. It features a traction mechanism, extrusion unit, cutter, and feeding-cooling system.

 

How it works:

 

Direct Integration: The film machine seamlessly feeds waste material into our recycling machine. The extrusion mechanism melts the material and shapes it into a uniform form. The cutter then transforms it into granules, which are cooled and collected.

 

Edge Material Recycling: Our machine also handles waste edges from the film process. These are neatly rolled onto a paper core and sent for granulation.

 

Contact us today to learn more about our mini plastic recycling machine and the mini plastic recycling machine price.

 

FEATURES

FEATURES OF SMALL PLASTIC RECYCLING MACHINE

Features of Small Plastic Recycling Machine

The design of the small plastic recycling machine offers excellent reliability and stability. The host is equipped with a well-known brand frequency converter for speed regulation, which ensures energy savings and supports environmental protection. Its simple structure and high degree of automation make it highly efficient. The machine can extrude, granulate, cut, and cool film materials (bulk materials) at room temperature without altering their chemical composition. It is particularly effective for granulating and recycling PE film, PVC film, PO film, waterproof material (polypropylene), and other materials. This machine solves common issues faced by manufacturers, such as edge material accumulation and edge sheet online granulation, ultimately providing significant economic benefits.

 

SPECIFICATION

SPECIFICATION OF SMALL PLASTIC RECYCLING MACHINE

 

VIDEO

VIDEO OF SMALL PLASTIC RECYCLING MACHINE

Tip: The model of this machine can be customized! Production capacity ranges from 180 kg to 500 kg, and can be tailored to your specific requirements.

 

The GL-180L Chemical Fiber High-Speed Granulation Machine is designed for directly granulating waste thermoplastic films and products with a wall thickness of less than 2 mm. It is suitable for materials like soft PVC, high- and low-pressure polyethylene, polystyrene, polypropylene, and other thermoplastic waste products or films. It can also handle foam polystyrene waste.

 

Once the waste material is placed into the machine's pot, the rotating and fixed blades shear the material, quickly cutting it into small pieces. These chopped materials flow along the pot's wall under the centrifugal force of the cutter plate. Simultaneously, the grouting material moves up and down, circulating from all directions to the center of the pot. Due to friction between the material, the pot wall, and the blades, the material's temperature rises rapidly to a semi-plasticizing state, causing the pieces to bind together.

 

Before the material clumps, a prepared quantity of water is sprayed into the mix. The cold water meets the hot material, causing rapid gasification, which draws heat away from the surface. This process cools the material quickly and prevents agglomeration. The blades then continue to cut the material into particles of irregular size. During the chopping process, pigments can be added as needed.

 

The granules produced by this machine can be used directly by an extruder or injector. For products with strict requirements, they can be plasticized using an extrusion granulator before being used after further granulation.

 

This machine incorporates advanced technology, utilizing a multi-knife rapid crushing system, continuous mixing, friction heating, and rapid cooling and contraction principles. It efficiently processes plastic film, fibers, belts, sheets, soft plastic pipes, foam materials, degradable materials, and other waste and scrap particles into reusable granules. It is the latest ideal equipment for plastic recycling and granulation.

 

Major Functions:

 

Recycling of soft plastic films, bags, wires, low-density materials, tape, and PVC, low-density polyethylene, and polyethylene waste for production use.

 

Crushing, granulating, recycling, and reproducing degradable plastic films and horn materials.

 

Crushing and granulating chemical fiber materials (such as polyester, clear fiber, polypropylene, etc.), and recycling waste wire materials.

 

One machine with multiple functions, replacing the need for a mixer or dryer.

 

Main Features:

 

A: Simultaneous smashing, mixing, and coloring.

B: Compact design, occupying a small area.

C: Simple mechanical structure, easy to operate.

D: Adjustable blade gap for convenience.

E: High production efficiency with low energy consumption.

F: Low-temperature granulation that preserves the molecular structure of the raw material, maintaining its physical properties.

 

OPERATING STEPS

OPERATING STEPS OF SMALL PLASTIC RECYCLING MACHINE

 

Preparation Before Starting Up

Set the temperature control parameters according to the process requirements to ensure the temperature reaches the desired value.

 

Check the working condition of the solenoid valve and temperature controller.

 

Start the main oil pump, adjust the button to rotate the host, and open the feed button once a certain speed is reached.

 

Start the water circulation system and the stainless steel tank cooling water circulation system. Begin the operation of the cutter and air dryer simultaneously.

 

Once the main engine is running stably, open the vacuum pump water inlet valve. Observe the state inside the tank through the exhaust port to ensure there is no material leakage.

 

Notes During Operation

During the first use of the film granulator, allow it to heat up for about 40 to 50 minutes. Pull the motor triangle belt by hand until it moves freely.

 

Adjust the temperature based on the different properties of the plastic. Keep the machine's temperature stable to avoid fluctuations.

 

Ensure uniform feeding of the material. Avoid any lack of material and make sure the feeding speed is appropriate to maintain particle quality and yield.

 

Stopping the Operation

When stopping, completely cut off the power supply to the main engine. Remove the head wire blocking (using a wrench).

 

Preheat the machine separately before the next use.

 

ADVANTAGES

ADVANTAGES OF SMALL PLASTIC RECYCLING MACHINE

The Small Plastic Recycling Machine offers a compact, efficient, and cost-effective solution for recycling plastic waste — an ideal choice for businesses, small factories, or startups that want to turn waste into value without the overhead of large industrial recycling lines. Because of its relatively small footprint, it can fit into modest workshop space, making it practical even if you don’t have a full-scale production plant. This flexibility lowers the entry barrier for plastic recycling and makes it accessible to a wide range of users.

 

One of the biggest advantages is the ability to recycle on-site and close the loop on production waste — whether that waste is off-cuts, film scraps, defective products, or used plastic packaging. By processing waste in-house, manufacturers avoid the need to store, transport, or pay third-party recyclers. That cuts both logistical hassles and outsourcing costs. Over time, this transforms what would have been disposal expenses into a steady supply of recycled material that can be reused in production or sold.

 

From an environmental standpoint, using a Small Plastic Recycling Machine helps reduce plastic pollution and cut down greenhouse gas emissions. Instead of sending plastic waste to landfills or incineration, recycling converts it into usable pellets or resin — conserving resources and lowering environmental footprint. This supports corporate sustainability goals and aligns with growing regulatory and consumer demand for eco-friendly production practices.

 

The machine also offers versatility and adaptability: it can process a variety of plastic waste types (e.g. film scraps, containers, mixed plastic waste depending on configuration), and generate usable recycled pellets suitable for new products. This adaptability is valuable for businesses with fluctuating waste stream composition, allowing them to respond flexibly and maximize material reuse rather than discard.

 

Finally, the Small Plastic Recycling Machine delivers good output quality and stable performance. Modern recycling machines are engineered to produce uniform plastic pellets, with stable extrusion and pelletizing control, ensuring the recycled material maintains sufficient quality for reuse — whether for packaging films, plastic items, or other manufacturing needs. This means that recycled plastic from small-scale machines can rival virgin material for many applications, making recycling both practical and economically viable.

 

If you want to buy a mini plastic granulator machine and small plastic shredder machine, please contact us.

 

As a packaging machine company, we will do our best to meet all the needs of customers.

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PP BLOWN FILM MACHINE

The pp blown film machine is suitable for the production of polypropylene (PP) plastic film, widely used in food, clothing, textiles, daily necessities and other civilian products and industrial supplies packaging.

 

Contact us and get pp film extrusion machine, pp film making machine!

 

FEATURES

FEATURES OF PP BLOWN FILM MACHINE

The die head can choose 360 degrees of rotation, can enhance the strength and uniformity of the plastic film.

 

The screw and material cylinder are made of 38CRMOALA alloy steel, through nitriding treatment and precision processing, high hardness, strong corrosion resistance, durable.

 

Die head coated with hard chromium, its structure is spiral mandrel type, uniform molten material and good film finish; air cooling device is labyrinth structure with uniform air volume. The circulating water is used to achieve good transparency.

 

The winding device adopts pressure friction or central winding, adjusted by torque motor, smooth winding and easy roll changing.

 

SPECIFICATION

SPECIFICATION OF PP BLOWN FILM MACHINE

 

ADVANTAGES

ADVANTAGES OF PP BLOWN FILM MACHINE

Using polypropylene (PP) as the raw material, the pp blowing machine delivers films with excellent clarity, gloss, and high-quality surface finish — making it perfect for packaging where visual appeal and printability matter.

 

PP films produced on this machine also offer strong mechanical strength, tear and puncture resistance, and good chemical resistance, which means the finished packaging can handle demanding usage — whether for food, consumer goods, textile packaging, or industrial materials.

 

Because PP has a relatively high melting point and better heat resistance compared with many common plastics, the films are more stable under higher temperatures, making them suitable for packaging items that face heat or require sterilization.

 

This PP Blowing Machine is designed for efficient, high-speed production with consistent film quality. Advanced extrusion and cooling systems ensure uniform thickness, smooth surface, and reliable output — which helps manufacturers meet high-volume demands while keeping waste and downtime to a minimum.

 

Finally, films made from PP are often lighter and easy to recycle, offering a balance of performance, cost-effectiveness, and environmental friendliness — a major advantage for packaging producers aiming for sustainable, high-quality solutions.

 

FAQS

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WHAT MATERIALS CAN A PP BLOWN FILM MACHINE PROCESS?

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A PP blown film machine is primarily designed for processing polypropylene (PP) materials, including homopolymer PP (HPP), copolymer PP (CPP), and modified polypropylene formulations. Different grades can be selected depending on the required film clarity, stiffness, and heat resistance.

 

WHAT PRODUCTS CAN BE PRODUCED USING A PP BLOWN FILM MACHINE?

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A PP blown film machine is widely used for manufacturing food packaging film, garment bags, flower packaging film, stationery packaging, transparent shopping bags, textile packaging, and industrial protective film. PP film is especially valued for its high transparency, stiffness, and moisture resistance.

 

WHAT ARE THE ADVANTAGES OF PP FILM COMPARED WITH PE FILM?

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Compared with PE film, PP film generally offers higher transparency, better stiffness, improved heat resistance, and superior gloss. However, PE film typically provides better flexibility and low-temperature performance, so material selection depends on the final application.

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WHAT THICKNESS RANGE CAN A PP BLOWN FILM MACHINE PRODUCE?

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Most PP blown film machines can produce films ranging from approximately 0.015 mm to 0.10 mm, depending on machine specifications, die head size, and product requirements. Stable thickness control helps ensure consistent film quality.

 

IS A PP BLOWN FILM MACHINE SUITABLE FOR HIGH-TRANSPARENCY FILM PRODUCTION?

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Yes. PP blown film machines are commonly used for producing high-clarity packaging films, especially for products requiring attractive product visibility, such as apparel packaging, food packaging, and retail display bags.

 

WHAT FACTORS AFFECT THE QUALITY OF PP BLOWN FILM PRODUCTION?

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Film quality is influenced by raw material quality, temperature control, cooling efficiency, screw design, die head precision, and bubble stability. Proper machine adjustment and regular maintenance are essential for maintaining film uniformity and reducing defects.

 

As one of powder packaging companies, we will do our best to meet all the needs of customers.