POF three-layer co extruded heat shrink film equipment

Shrink film equipment:

POF three-layer co extruded heat shrink film equipment:

Main features:
Unique design of PP/PE/PP three-layer co extrusion die head, using internal composite three-layer co extrusion technology to ensure short discharge retention time in the flow channel, uniform distribution of quickly melted material, and no mixing layer. The performance is convincing.
Equipped with an internationally advanced thin film thickness gauge system, it can monitor the uniformity of the film in real time, greatly reducing the longitudinal and transverse thickness deviation of the film.
Equipped with capacitive thickness gauge probe or American NDc Jiama reflection probe.
Large touch screen display, intuitive interface, easy to operate.
Equipped with advanced technologies such as internal cooling forming system, far-infrared heating system, automatic air supply system, temperature control of power regulation module, winding tension control, and central rotating winding.
All electrical components are selected from imported branded products to ensure the stability and reliability of continuous production.
Energy saving and efficient, with an effective energy saving of over 15% compared to similar foreign products.
The unit structure is advanced, the control is centralized, the operation is convenient, and the degree of automation is high. Many of its technologies are at the leading level in the same industry.

Function and purpose:
The POF three-layer co extrusion heat shrink film blow molding machine is a product of our company's introduction of advanced foreign technology, combined with years of practical experience in the blown film field, using the internationally advanced process flow 'double bubble tube film method', secondary blow molding, and production of three-layer structure (i.e. PP/PE/PP) POF heat shrink film.
This type of product has superior physical properties such as light weight, high transparency, good flexibility, high shrinkage rate, and low temperature resistance. It is commonly used in heat shrink packaging for industries such as catering, food, beverages, audio and video, stationery, pharmaceuticals, and daily chemical products. It is a new generation of environmentally friendly heat shrink packaging materials.