Film Blowing Workshop

The blown film equipment is a multi-layer IBC equipment 
A 20 meter high, 4000mf independent blown film factory with a maximum production capacity of 700kg per hour for a single blown film machine

1. Fully automatic raw material mixing and supply system to ensure product quality consistency

2. Real time interaction of production and quality inspection data, tracking product quality status at any time

3. Equipped with multiple closed-loop control devices to control product thickness in real-time

4. Optimize various processes of the product to continuously reduce controllable production and equip multiple sets of closed-loop control equipment to control product thickness in real time

Printing workshop

Gravure ink printing 
Compliant with national standards, low VOCS water-based ink, new laser gravure printing process for fine printing 
Printing online quality inspection 
Real time detection and control of product quality during the printing process using an online quality inspection system 
Variable code UV inkjet 
Printing line variable code UV inkjet system realizes product one package one code for full traceability or marketing lottery 
Full cycle without VOCS emissions 
Fully enclosed production environment for exhaust gas recovery, recycling and reuse to achieve near zero VOCS emissions

Laboratory

Mechanical testing: Material mechanics testing instruments are used to test the mechanical properties of products

Printing performance 
For printed products, friction resistance and high-temperature resistance of printed patterns are required 
Testing of boiling resistance and other properties

Thermal performance testing: testing the adaptability of simulated products in high-temperature application environments

Optical inspection

Detect the haze, transmittance, glossiness, etc. of the product

Demonstration of New Technologies

After secondary inflation, the PEF film achieves uniform and significantly improved longitudinal and transverse performance 
The tensile strength is increased by 4 times, and the transverse shrinkage is increased by 3.1 times

Emission reduction at the source of ink printing

Comparison of VOCs emissions between water-based ink and solvent based ink

Water based ink produces 68% less VOCs than solvent based ink!

Zero emissions from exhaust gas cycle

Recovering the energy from the exhaust gas emitted during drying to preheat fresh air and reduce heating energy consumption. 
Adsorption and concentration of VOCs (mainly ethanol), followed by desorption and condensation to recover them as liquid diluents for recycling 
The gas purified by the double suction wheel is directly replenished as fresh air to the heater inlet without external exhaust, achieving near zero emissions 
Using a dual suction wheel to dehumidify the drying gas, increase the drying speed, and improve the printing speed of the printing machine

Application Scenario

Paper packaging 
Packaging paper, with a REP content of 70%

Fabric and clothing packaging 
Wrap cloth, REP content 65%

Beverage bundle packaging 
Can packaging with colored film, REP content 25%

Can white film packaging, REP content 50%

PE shrink film is a versatile, durable, and cost-effective packaging solution widely used across food, beverage, electronics, and industrial products. Made from high-quality polyethylene, PE shrink film offers excellent clarity, strong tear resistance, and a tight, secure shrink that protects goods during transportation and storage. It adapts easily to various shapes and provides superior load stability, making it ideal for multipack bundling and retail display. PE shrink film also supports high-speed automated packing lines and reduces packaging waste, helping businesses improve efficiency and product appeal while lowering overall costs.