TPU Desmopan® 255（粉） COVESTRO GERMANY
198
- Unit Price:US$ 5,432 /MT
- Packaging Specification:25 KG/PKG
- Packaging Material:Paper bag
- Supply Quantity:54.5MT
- Delivery Terms:FOB
- Port of Loading :China Main Port
- Accepted Payment Methods:T/T
- Shipping:Negotiate supplier for shipping details
Supplier Information
ASIA PLASTIC EXCHANGE LIMITED
+86 755 ********View
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For more details, please contact the supplier!
Material Description
- Material Properties:wear resistant｜Antichemical｜high strength
- Application Areas:Engine parts｜Automotive sector｜Mechanical components｜sporting goods｜Cam｜Hydraulic applications｜wheel｜Washer｜Engine parts｜packing
- Color:--
- Grade:--
Technical Data Sheet
Compare
| physical property | Test Condition | Test Method | Test Result |
|---|---|---|---|
| Shrinkage rate | ASTM D955 | 0.80 % | |
| ASTM D955 | 0.80 % | ||
| ISO 2577 | 0.80 % | ||
| ISO 2577 | 0.80 % |
| hardness | Test Condition | Test Method | Test Result |
|---|---|---|---|
| Shore hardness | ASTM D2240 | 55 | |
| ISO 868 | 55 |
| flammability | Test Condition | Test Method | Test Result |
|---|---|---|---|
| UL flame retardant rating | UL 94 | HB |
| Supplementary Information | Test Condition | Test Method | Test Result |
|---|---|---|---|
| CompressiveLoad | ASTM D575 | 40.6 Mpa | |
| ASTM D575 | 7.41 Mpa | ||
| ASTM D575 | 10.1 Mpa | ||
| ASTM D575 | 10.1 Mpa | ||
| ASTM D575 | 0.965 Mpa | ||
| ASTM D575 | 12.7 Mpa | ||
| ASTM D575 | 15.5 Mpa | ||
| ASTM D575 | 3.90 Mpa |
| Mechanical properties | Test Condition | Test Method | Test Result |
|---|---|---|---|
| Taber abraser | ASTM D1044 | 50.0 mg | |
| Flexural modulus | ASTM D790 | 1210 Mpa | |
| ASTM D790 | 68.9 Mpa | ||
| ASTM D790 | 51.7 Mpa | ||
| ISO 178 | 1210 Mpa | ||
| ISO 178 | 68.9 Mpa | ||
| ISO 178 | 51.7 Mpa | ||
| shear strength | ASTM D732 | 38.5 Mpa | |
| Taber abraser | ISO 4649 | 50.0 mg |
| Impact resistance | Test Condition | Test Method | Test Result |
|---|---|---|---|
| Dart impact | ASTM D3763 | 50.0 J | |
| ASTM D3763 | 57.8 J |
| elastomer | Test Condition | Test Method | Test Result |
|---|---|---|---|
| tensile strength | ISO 37 | 12.4 Mpa | |
| ASTM D412 | 12.4 Mpa | ||
| ASTM D412 | 15.9 Mpa | ||
| ISO 37 | 15.9 Mpa | ||
| ASTM D412 | 32.4 Mpa | ||
| ISO 37 | 32.4 Mpa | ||
| ASTM D412 | 63.4 Mpa | ||
| ISO 37 | 63.4 Mpa | ||
| elongation | ASTM D412 | 500 % | |
| ISO 37 | 500 % | ||
| tear strength | ASTM D624 | 158 kN/m | |
| ISO 34-1 | 160 kN/m | ||
| compression set | ASTM D395B | 15 % | |
| ASTM D395B | 20 % | ||
| ASTM D395B | 35 % | ||
| ASTM D395B | 65 % | ||
| ASTM D395B | 50 % | ||
| ASTM D395B | 75 % | ||
| ISO 815 | 15 % | ||
| ISO 815 | 20 % | ||
| ISO 815 | 35 % | ||
| ISO 815 | 65 % | ||
| ISO 815 | 75 % | ||
| ISO 815 | 50 % | ||
| Shore hardness | ASTM D2632 | 40 % |
| aging | Test Condition | Test Method | Test Result |
|---|---|---|---|
| Change rate of tensile strength in air | ASTM D573 | -5.0 % | |
| ASTM D573 | 14 % | ||
| ASTM D573 | 13 % | ||
| ASTM D573 | -1.0 % | ||
| ASTM D573 | 14 % | ||
| ASTM D573 | 14 % | ||
| ASTM D573 | 1.0 % | ||
| ASTM D573 | -20 % | ||
| ASTM D573 | 7.0 % | ||
| ASTM D573 | -23 % | ||
| ASTM D573 | 3.0 % | ||
| ASTM D573 | 11 % | ||
| ASTM D573 | 1.0 % | ||
| ASTM D573 | 8.0 % | ||
| ASTM D573 | 4.0 % | ||
| Change rate of hardness (Shore) in the air | ISO 216 | 0.0 | |
| ISO 216 | 1.0 | ||
| ISO 216 | 0.0 | ||
| ISO 216 | -5.0 | ||
| ISO 216 | -4.0 | ||
| Change rate of tensile strength in air | ASTM D471 | 6.0 % | |
| ASTM D471 | 2.0 % | ||
| ISO 216 | 11 % | ||
| ISO 216 | 1.0 % | ||
| ISO 216 | 8.0 % | ||
| ISO 216 | 4.0 % | ||
| ISO 216 | -5.0 % | ||
| ISO 216 | 14 % | ||
| ISO 216 | 13 % | ||
| ISO 216 | -1.0 % | ||
| ISO 216 | 14 % | ||
| ISO 216 | 14 % | ||
| ISO 216 | -27 % | ||
| ISO 216 | 4.0 % | ||
| ISO 216 | -30 % | ||
| Change rate of ultimate elongation in air | ASTM D573 | -3.0 % | |
| ASTM D573 | 7.0 % | ||
| ASTM D573 | 14 % | ||
| ASTM D573 | 15 % | ||
| ASTM D573 | 28 % | ||
| ASTM D573 | 24 % | ||
| ASTM D573 | 35 % | ||
| ASTM D573 | 30 % | ||
| Tensile stress change rate | ISO 216 | -3.0 % | |
| ISO 216 | 7.0 % | ||
| ISO 216 | 14 % | ||
| ISO 216 | 15 % | ||
| ISO 216 | 28 % | ||
| ISO 216 | 24 % | ||
| ISO 216 | 35 % | ||
| ISO 216 | 30 % | ||
| Change rate of hardness (Shore) in the air | ASTM D573 | -2.0 | |
| Change rate of tensile strength in air | ASTM D573 | -11 % | |
| ASTM D573 | -2.0 % | ||
| ASTM D573 | -15 % | ||
| ASTM D573 | -23 % | ||
| ASTM D573 | 8.0 % | ||
| ASTM D573 | -27 % | ||
| ASTM D573 | -27 % | ||
| ASTM D573 | 4.0 % | ||
| ASTM D573 | -30 % | ||
| ISO 216 | 3.0 % | ||
| ISO 216 | 1.0 % | ||
| ISO 216 | -20 % | ||
| ISO 216 | 7.0 % | ||
| ISO 216 | -23 % | ||
| ISO 216 | -11 % | ||
| ISO 216 | -2.0 % | ||
| ISO 216 | -15 % | ||
| ISO 216 | -23 % | ||
| ISO 216 | 8.0 % | ||
| ISO 216 | -27 % | ||
| Change rate of hardness (Shore) in the air | ASTM D573 | -1.0 | |
| ASTM D573 | 0.0 | ||
| ASTM D573 | 0.0 | ||
| ASTM D573 | 1.0 | ||
| ASTM D573 | 0.0 | ||
| ASTM D573 | -5.0 | ||
| ASTM D573 | -4.0 | ||
| ISO 216 | -2.0 | ||
| ISO 216 | -1.0 | ||
| ISO 216 | 0.0 | ||
| Change rate of tensile strength in air | ASTM D471 | 5.0 % | |
| ASTM D471 | 1.0 % | ||
| ASTM D471 | -19 % | ||
| ASTM D471 | -22 % | ||
| ASTM D471 | -3.0 % | ||
| ASTM D471 | -2.0 % | ||
| ASTM D471 | -11 % | ||
| ASTM D471 | -4.0 % | ||
| ASTM D471 | -27 % | ||
| ASTM D471 | -34 % | ||
| ASTM D471 | 6.0 % | ||
| ASTM D471 | 3.0 % | ||
| ASTM D471 | -1.0 % | ||
| BTM 00117 | 1.0 % | ||
| BTM 00117 | -19 % | ||
| BTM 00117 | -22 % | ||
| BTM 00117 | -3.0 % | ||
| BTM 00117 | -2.0 % | ||
| BTM 00117 | -11 % | ||
| BTM 00117 | -4.0 % | ||
| BTM 00117 | -27 % | ||
| BTM 00117 | -34 % | ||
| BTM 00117 | 6.0 % | ||
| ASTM D471 | 12 % | ||
| ASTM D471 | 7.0 % | ||
| ASTM D471 | 19 % | ||
| ASTM D471 | 16 % | ||
| ASTM D471 | 13 % | ||
| ASTM D471 | -4.0 % | ||
| ASTM D471 | 14 % | ||
| ASTM D471 | 2.0 % | ||
| ASTM D471 | -20 % | ||
| ASTM D471 | 14 % | ||
| ASTM D471 | -9.0 % | ||
| ASTM D471 | -29 % | ||
| ASTM D471 | 15 % | ||
| ASTM D471 | -14 % | ||
| ASTM D471 | -18 % | ||
| ASTM D471 | 2.0 % | ||
| ASTM D471 | -12 % | ||
| BTM 00117 | 6.0 % | ||
| BTM 00117 | 2.0 % | ||
| BTM 00117 | 5.0 % | ||
| BTM 00117 | 3.0 % | ||
| BTM 00117 | -1.0 % | ||
| BTM 00117 | -10 % | ||
| BTM 00117 | -32 % | ||
| BTM 00117 | -35 % | ||
| BTM 00117 | -1.0 % | ||
| BTM 00117 | 5.0 % | ||
| BTM 00117 | 3.0 % | ||
| BTM 00117 | -11 % | ||
| BTM 00117 | -27 % | ||
| BTM 00117 | -28 % | ||
| BTM 00117 | 18 % | ||
| BTM 00117 | 12 % | ||
| BTM 00117 | 7.0 % | ||
| ASTM D471 | -10 % | ||
| ASTM D471 | -32 % | ||
| ASTM D471 | -35 % | ||
| ASTM D471 | -1.0 % | ||
| ASTM D471 | 5.0 % | ||
| ASTM D471 | 3.0 % | ||
| ASTM D471 | -11 % | ||
| ASTM D471 | -27 % | ||
| ASTM D471 | -28 % | ||
| ASTM D471 | 18 % | ||
| BTM 00117 | -20 % | ||
| BTM 00117 | 19 % | ||
| BTM 00117 | 16 % | ||
| BTM 00117 | 13 % | ||
| BTM 00117 | -4.0 % | ||
| BTM 00117 | 14 % | ||
| BTM 00117 | 2.0 % | ||
| Tensile stress change rate | BTM 00117 | 8.0 % | |
| BTM 00117 | 6.0 % | ||
| BTM 00117 | 12 % | ||
| BTM 00117 | 24 % | ||
| BTM 00117 | 16 % | ||
| BTM 00117 | 20 % | ||
| Change rate of hardness (Shore) in the air | ASTM D471 | -4.0 | |
| ASTM D471 | -7.0 | ||
| ASTM D471 | 1.0 | ||
| ASTM D471 | -4.0 | ||
| Shore hardness | BTM 00117 | -4.0 | |
| BTM 00117 | -7.0 | ||
| BTM 00117 | 1.0 | ||
| BTM 00117 | -4.0 | ||
| BTM 00117 | -1.0 | ||
| BTM 00117 | -6.0 | ||
| BTM 00117 | 6.0 | ||
| BTM 00117 | -8.0 | ||
| BTM 00117 | 2.0 | ||
| BTM 00117 | 2.0 | ||
| Change rate of ultimate elongation in air | ASTM D471 | 16 % | |
| ASTM D471 | 20 % | ||
| Tensile stress change rate | BTM 00117 | -4.0 % | |
| BTM 00117 | 5.0 % | ||
| BTM 00117 | 9.0 % | ||
| BTM 00117 | 6.0 % | ||
| BTM 00117 | -4.0 % | ||
| BTM 00117 | -2.0 % | ||
| BTM 00117 | -2.0 % | ||
| BTM 00117 | -8.0 % | ||
| Change rate of tensile strength in air | BTM 00117 | 14 % | |
| BTM 00117 | -9.0 % | ||
| BTM 00117 | -29 % | ||
| BTM 00117 | 15 % | ||
| BTM 00117 | -14 % | ||
| BTM 00117 | -18 % | ||
| BTM 00117 | 2.0 % | ||
| BTM 00117 | -12 % | ||
| Change rate of ultimate elongation in air | ASTM D471 | -4.0 % | |
| ASTM D471 | 5.0 % | ||
| ASTM D471 | 9.0 % | ||
| ASTM D471 | 6.0 % | ||
| ASTM D471 | -4.0 % | ||
| ASTM D471 | -2.0 % | ||
| ASTM D471 | -2.0 % | ||
| ASTM D471 | -8.0 % | ||
| ASTM D471 | 8.0 % | ||
| ASTM D471 | 6.0 % | ||
| ASTM D471 | 12 % | ||
| ASTM D471 | 24 % | ||
| Change rate of hardness (Shore) in the air | ASTM D471 | -1.0 | |
| ASTM D471 | -6.0 | ||
| ASTM D471 | 6.0 | ||
| ASTM D471 | -8.0 | ||
| ASTM D471 | 2.0 | ||
| ASTM D471 | 2.0 | ||
| ASTM D471 | 1.0 | ||
| ASTM D471 | -2.0 | ||
| ASTM D471 | 0.0 | ||
| ASTM D471 | -1.0 | ||
| volume change | BTM 00117 | 0.0 % | |
| BTM 00117 | 10 % | ||
| BTM 00117 | 0.0 % | ||
| BTM 00117 | 14 % | ||
| BTM 00117 | 0.0 % | ||
| BTM 00117 | 14 % | ||
| BTM 00117 | -1.0 % | ||
| BTM 00117 | 2.0 % | ||
| BTM 00117 | 0.0 % | ||
| BTM 00117 | -1.0 % | ||
| ASTM D471 | 0.0 % | ||
| ASTM D471 | 14 % | ||
| ASTM D471 | -1.0 % | ||
| ASTM D471 | 2.0 % | ||
| ASTM D471 | 0.0 % | ||
| ASTM D471 | -1.0 % | ||
| ASTM D471 | -1.0 % | ||
| ASTM D471 | 4.0 % | ||
| BTM 00117 | 0.0 % | ||
| BTM 00117 | 6.0 % | ||
| Shore hardness | BTM 00117 | 1.0 | |
| BTM 00117 | -2.0 | ||
| BTM 00117 | 0.0 | ||
| BTM 00117 | -1.0 | ||
| volume change | ASTM D471 | 0.0 % | |
| ASTM D471 | 6.0 % | ||
| ASTM D471 | 0.0 % | ||
| ASTM D471 | 10 % | ||
| ASTM D471 | 0.0 % | ||
| ASTM D471 | 14 % | ||
| BTM 00117 | -1.0 % | ||
| BTM 00117 | 4.0 % |
| Thermal performance | Test Condition | Test Method | Test Result |
|---|---|---|---|
| brittle temperature | ISO 974 | <-68.0 °C | |
| Glass Transition Temperature | DMA | -26.0 °C | |
| vicat | ASTM D15255 | 168 °C | |
| ISO 306/50 | 168 °C | ||
| Linear coefficient of thermal expansion | ASTM D696 | 1.3E-04 cm/cm/°C | |
| Heat distortion temperature | ASTM D648 | 59.0 °C | |
| ISO 75-2/B | 59.0 °C | ||
| brittle temperature | ASTM D746 | <-68.0 °C |
IMPORTANT NOTES: Plas.com collected the data in the data sheet from the material manufacturers. Plas.com makes the best effort to improve the accuracy of the data, but has no responsibility for the data. We strongly recommend verifying the validity of the data with the material manufacturers before making a final decision.
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