R&D & Quality Control
Engineering High-Performance BOPET Films
Uncompromising R&D and strict PET film quality control for advanced substrates. We don't just promise quality; we engineer it directly into our BOPET film manufacturing process. Operating within Class 10,000 cleanrooms and supported by an in-house CNAS-accredited laboratory, we deliver high-quality optical and industrial films that meet the world’s most rigorous compliance standards.
CLASS
10,000
CLEANROOM
CNAS
CNAS ACCREDITED
LABORATORY
LABORATORY
R&D POWER
Innovation Backed by Precision
As an advanced functional film manufacturer, our polymer engineering team utilizes state-of-the-art testing equipment—including automated thermal shrinkage testers with ±0.5°C temperature control precision—to develop next-generation customized PET substrates. From ultra-low haze formulations to complex surface energy chemical treatments, we solve your most challenging material limitations.
QA/QC PROTOCOLS
Micron-level Defect Elimination
Our uncompromising PET film quality control relies on 100% Automated Optical Inspection (AOI) systems integrated continuously across all 13 slitting lines. We meticulously map and eliminate point defects, surface scratches, and gels per square meter, ensuring flawless continuous supply for highly sensitive medical diagnostics and optical display manufacturing.
Validated Against International Benchmarks
Every batch of Yuxing film undergoes rigorous testing protocols within our CNAS accredited laboratory to ensure global compatibility and technical excellence.
ASTM D1003
Method for testing haze and luminous transmittance of transparent plastics. Vital for ensuring flawless optical film consistency.
METRIC: HAZE/TRANSMITTANCE
ASTM D1204 & D2732
Precise measurement of unrestrained linear thermal shrinkage of plastic film and sheeting at elevated processing temperatures.
METRIC: THERMAL STABILITY
ASTM D2578
Standard test method for wetting tension of polyethylene and polypropylene films (Dyne level verification for coating adherence).
METRIC: SURFACE ENERGY
R&D & Quality Control
Engineering High-Performance BOPET Films
Uncompromising R&D and strict PET film quality control for advanced substrates. We don't just promise quality; we engineer it directly into our BOPET film manufacturing process. Operating within Class 10,000 cleanrooms and supported by an in-house CNAS-accredited laboratory, we deliver high-quality optical and industrial films that meet the world’s most rigorous compliance standards.
CLASS
10,000
CLEANROOM
CNAS
CNAS ACCREDITED
LABORATORY
LABORATORY
R&D POWER
Innovation Backed by Precision
As an advanced functional film manufacturer, our polymer engineering team utilizes state-of-the-art testing equipment—including automated thermal shrinkage testers with ±0.5°C temperature control precision—to develop next-generation customized PET substrates. From ultra-low haze formulations to complex surface energy chemical treatments, we solve your most challenging material limitations.
QA/QC PROTOCOLS
Micron-level Defect Elimination
Our uncompromising PET film quality control relies on 100% Automated Optical Inspection (AOI) systems integrated continuously across all 13 slitting lines. We meticulously map and eliminate point defects, surface scratches, and gels per square meter, ensuring flawless continuous supply for highly sensitive medical diagnostics and optical display manufacturing.
Validated Against International Benchmarks
Every batch of Yuxing film undergoes rigorous testing protocols within our CNAS accredited laboratory to ensure global compatibility and technical excellence.
ASTM D1003
Method for testing haze and luminous transmittance of transparent plastics. Vital for ensuring flawless optical film consistency.
METRIC: HAZE/TRANSMITTANCE
ASTM D1204 & D2732
Precise measurement of unrestrained linear thermal shrinkage of plastic film and sheeting at elevated processing temperatures.
METRIC: THERMAL STABILITY
ASTM D2578
Standard test method for wetting tension of polyethylene and polypropylene films (Dyne level verification for coating adherence).
METRIC: SURFACE ENERGY