Migeer foam
85A TPU Transparent Film for Knee Pads and Protective Gear
Grade: extrusion grade; thickness: 0.05mm-3mm; density: 100.
Key attributes
- Grade extrusion grade
- Feature high temperature resistance, Weather Resistance
- Product name Highly transparent TPU film
- thickness 0.05mm-3mm
- density 100
- Minimum order 100 pieces
- Reference price US$2.07 - 2.76 / piece
Parameters
Specifications
Specification
| Application | Leather products, phone cases, and fashion accessory layers |
|---|---|
| Grade | extrusion grade |
| Feature | high temperature resistance, Weather Resistance |
| Place of Origin | Guangdong, China |
| Shape | flaky |
| Brand Name | MEETALL |
| Product name | Highly transparent TPU film |
| thickness | 0.05mm-3mm |
| density | 100 |
| hardness | 85+/-5 HC |
| Permanent compression deformation | Less than or equal to 25 |
| Hammer rebound | Less than or equal to 80 |
| Shrinkage rate | Negative 0.4 |
| tensile strength | 2.5 |
| elongation | Less than 150 |
| color | Black/White/Transparent |
Packaging and delivery
| Minimum order quantity | 100 pieces |
|---|---|
| Selling Units | Single item |
| Single package size | 10X13.7X0.015 cm |
| Single gross weight | 0.7 kg |
| Lead time | 1 - 500 pieces: 31 days; 501 - 5,000 pieces: 35 days; 5,001 - 25,000 pieces: 40 days |
Description
Product description
High Impact Resistance: Provides robust protection against shocks and impacts.
High Strength: Ensures durability and longevity of the product.
Transparent Grade: Offers clear visibility while maintaining protection.
Weather Resistant: Resists weather conditions, ensuring prolonged performance.
Extrusion Grade: Suitable for extrusion processes, ideal for various applications.
Request a quote
Quote 85A TPU Transparent Film for Knee Pads and Protective Gear
Send the model or drawing, the size, and the quantity. We reply within one business day.
- Model or drawing A model number from this page, a PDF or DXF, or a marked photo
- Size and thickness Sheet, roll, or die-cut shape
- Quantity Sample lot, then the yearly volume