0.25 mm Clear PET Film Enhances Printing Efficiency for a Thailand Industrial Printing Manufacturer

As Thailand's industrial printing industry continues to expand, manufacturers are seeking PET films with superior ink adhesion and dimensional stability to improve production efficiency and reduce defects. A reliable printing substrate is essential for achieving consistent quality in membrane switches, graphic overlays, and industrial labels.

Customer & Application

A Thailand-based industrial printing company required a 0.25 mm Clear PET Film for precision screen printing. The material was supplied in roll form with a protective film, shipped in a 40-foot container, and delivered within one week to support continuous production.

Our Solution

We supplied our 0.25 mm (250 μm) Clear PET Film, designed specifically for demanding industrial printing applications.

Its light transmittance of over 90% ensures clear and vibrant printed graphics, while the 100/100 Cross Cutting Test demonstrates excellent ink adhesion, effectively reducing ink peeling and printing defects. In addition, the film features low heat shrinkage (MD 1.0% / TD 0.4%), providing excellent dimensional stability for accurate print registration, and high tensile strength (MD 160 MPa / TD 185 MPa) to ensure smooth roll-to-roll processing and stable production performance.

Customer Feedback

After switching to our PET film, the customer achieved excellent printing adhesion, significantly lower defect rates, and higher finished-product yield. The material's stable performance also reduced material waste and improved downstream production efficiency.

Today, the customer has adopted our PET film as a standard production material, placing repeat orders regularly and consuming approximately 14,000 square meters per month, demonstrating long-term confidence in the product's quality and reliability.

Conclusion

Our 0.25 mm Clear PET Film combines high transparency, excellent ink adhesion, low heat shrinkage, and high mechanical strength to deliver reliable performance for industrial printing applications. It helps manufacturers improve product quality, increase production yield, reduce manufacturing costs, and achieve long-term production stability.