China Mono APET Blister Packaging - Top Suppliers and Factory for High-Quality Solutions
HyPETTM Sheet
The excellence of the HyPETTM product range to include a halogen-free solution for pharmaceutical and nutraceutical blister application.
Benefits and Properties
- Good thermoforming and transparent properties
- Processable on standard thermoforming machines and widely thermoforming temperature
- Very good optical clarity and customized colours
Product Structure
Thickness of HyPETTM
200 - 800 µm
HyPETTM Push through packaging
The excellence of HyPETTM lidding using for sealing APET Blister packaging for pharmamedical and nutraceutical blister application.
Benefits and Properties
- Good heat persistence and classification according to opening mechanism
- Good heat sealing property
- Printed and unprinted customed design colorous
Product Structure
Thickness of HyPETTM (PTP)
10 - 30 µm
10 - 50 µm
Water Vapour Transmission Rate PVC free alternative materials
Oxygen Transmission Rate PVC free alternative materials
Frequently Asked Questions (FAQ)
Q: What applications is HyPET™ Sheet suitable for?
A: HyPET™ Sheet is a halogen-free solution specifically designed for pharmaceutical and nutraceutical blister applications.
Q: What are the key benefits of HyPET™ Sheet?
A: It offers good thermoforming and transparent properties, can be processed on standard thermoforming machines across a wide temperature range, and provides excellent optical clarity with customized colors.
Q: What is the available thickness range for HyPET™ Sheet?
A: HyPET™ Sheet is available in thicknesses ranging from 200 µm to 800 µm.
Q: What is HyPET™ Push through packaging (PTP) used for?
A: HyPET™ PTP lidding is designed for sealing APET Blister packaging in pharmamedical and nutraceutical blister applications.
Q: What are the thickness options for HyPET™ Push through packaging (PTP)?
A: It is available in thickness specifications of 10-30 µm and 10-50 µm.
Q: Are there PVC-free alternatives available for transmission protection?
A: Yes, HyPET™ provides PVC-free alternative materials with optimized performance for both Water Vapour Transmission Rate (WVTR) and Oxygen Transmission Rate (OTR).

Medicine and healthcare
Fresh food products
Automobile manufacturing and AI incubation
Personal care and cosmetics
Infants and pets
Food and dairy products
Semiconductors and optics


