Our film blowing machines are compatible with HDPE, LDPE, LLDPE, PP and sustainable materials (such as PLA/PBAT). We can also customize the machine configuration according to your specific raw material characteristics.
Yes, we provide customized services for machine models, production capacity, film width, and other parameters. Our technical team will communicate with you in detail to design a solution that fully meets your production needs.
Yes, all our machines have passed relevant international certifications (such as CE, ISO) and fully comply with global safety, energy conservation, and environmental protection standards, which can be used normally in overseas markets.
Our standard machines adopt 380V/50Hz three-phase power supply. We can also adjust the power supply parameters (voltage, frequency) according to the local power grid standards of your country/region to ensure compatibility.
The required installation space varies according to the machine model and configuration. Before delivery, we will provide you with a detailed machine dimension drawing and installation space layout plan to help you make reasonable site arrangements in advance.
Yes, our specially customized film blowing machines are perfectly compatible with PLA/PBAT and other sustainable materials, which can produce high-quality biodegradable films and bags that meet international environmental standards (such as EN13432, ASTM D6400).
A MONO film blowing machine, also known as a single-layer film blowing machine, is a common type of plastic film production equipment. It uses one extruder to melt and extrude plastic raw materials, forming a single-layer film directly. This machine is popular among small and medium-sized enterprises due to its simple structure, easy operation, and low initial investment. It works well with common raw materials like LDPE, HDPE, and LLDPE, making it ideal for producing daily packaging products such as shopping bags, flat bags, and basic industrial packaging films.
An AB film blowing machine is a two-layer co-extrusion film blowing machine, equipped with two independent extruders (A and B). Unlike single-layer (MONO) machines, it can use different raw materials or formulas for each layer, combining the advantages of different plastics. For example, you can use a more flexible material for one layer and a more cost-effective one for the other, balancing performance and cost. This makes AB machines perfect for medium-grade packaging needs, such as food outer packaging, daily chemical product wrapping, and agricultural mulch films that require better toughness or barrier properties.
An ABA film blowing machine is a three-layer co-extrusion model with a classic A-B-A structure, using three extruders. The key advantage lies in its material configuration: the upper and lower surface layers (A layers) are usually made of new raw materials to ensure good surface smoothness, printing adaptability, and overall film quality. The middle layer (B layer) can use recycled plastic or low-cost raw materials, which significantly reduces raw material costs without affecting the film’s performance. This makes ABA machines the most cost-effective choice for high-volume flexible packaging production, widely used in making shopping bags, garbage bags, and food packaging films.
An ABC film blowing machine is a high-end three-layer co-extrusion film blowing machine with an A-B-C structure. Each of the three layers (A, B, and C) can be customized with different raw materials and formulas based on specific functional requirements. For instance, the surface layer (A) can be optimized for printing, the middle layer (B) for high barrier properties (to block oxygen or moisture), and the inner layer (C) for food contact safety. This level of customization makes ABC machines the go-to choice for high-end packaging scenarios with strict requirements, such as food vacuum packaging, fresh-keeping packaging, and high-barrier industrial packaging.
When installing the machine, the following points should be noted: first, the installation site should be flat and stable to avoid vibration during machine operation; second, the center line of the extruder head should be kept horizontal and vertical with the center of the traction roller, and no deviation or skew is allowed; third, ensure that the connection of each pipeline (air pipe, wire) is firm and correct; fourth, connect the ground wire reliably to avoid electric leakage accidents; fifth, check whether the lubricating oil of each part is sufficient before operation.
The machine cannot be shut down directly when it is not in use. The correct shutdown procedure is: first, stop feeding raw materials into the hopper; second, continue to run the main machine to squeeze out the raw materials in the barrel to avoid blockage of the feed port; third, reduce the speed of the frequency conversion motor first, then turn off the motor; fourth, turn off the heating power supply and the main power supply; finally, clean the machine surface and the machine head, and cut off the power supply in time.

