Wear Resistant Polyphthalamide (PPA) Compounds
Select a product number from the table below to view a product data sheet for these materials using polyphthalamide as the base resin.
- 4099X numbered products are our proprietary formulations. Data sheets for these products are generally not available on our website. However, they are available upon request.
- Our nomenclature guide explains RTP Company's product numbering system.
- Definitions for physical properties that appear on data sheets.
- To obtain samples for evaluation or volume pricing information use our People Finder feature to locate a sales representative that serves your geographic area or market segment.
View polyphthalamide data sheets by product group:
[ All | Flame Retardant | Structural | Wear Resistant ]
| Product | Description |
|---|---|
| RTP 4007 MS | Glass Fiber 40% - Molybdenum Disulfide 4% |
| RTP 4000 AR 15 | Aramid Fiber 15% |
| RTP 4000 TFE 10 | PTFE 10% |
| RTP 4000 TFE 15 | PTFE 15% |
| RTP 4000 TFE 20 | PTFE 20% |
| RTP 4003 TFE 15 | Glass Fiber 20% - PTFE 15% |
| RTP 4005 TFE 5 | Glass Fiber 30% - PTFE 5% |
| RTP 4005 TFE 10 | Glass Fiber 30% - PTFE 10% |
| RTP 4005 TFE 15 | Glass Fiber 30% - PTFE 15% |
| RTP 4007 TFE 15 | Glass Fiber 40% - PTFE 15% |
| RTP 4005 TFE 10 FR | Glass Fiber 30% - PTFE 10% - Flame Retardant |
| RTP 4005 SI 2 HB | Glass Fiber 30% - Silicone 2% - UL94 HB |
| RTP 4081 AR 10 TFE 20 | Carbon Fiber 10% - Aramid Fiber 10% - PTFE 20% |
| RTP 4083 AR 10 TFE 15 SI 2 | Carbon Fiber 20% - Aramid Fiber 10% - PTFE 15% - Silicone 2% |
| RTP 4081 TFE 5 | Carbon Fiber 10% - PTFE 5% |
| RTP 4081 TFE 10 | Carbon Fiber 10% - PTFE 10% |
| RTP 4083 TFE 15 | Carbon Fiber 20% - PTFE 15% |
| RTP 4085 TFE 10 | Carbon Fiber 30% - PTFE 10% |
| RTP 4085 TFE 15 | Carbon Fiber 30% - PTFE 15% |
| RTP 4087 TFE 10 | Carbon Fiber 40% - PTFE 10% |
| RTP 4085 TFE 13 SI 2 | Carbon Fiber 30% - PTFE 13% - Silicone 2% |
| RTP 4085 SI 2 | Carbon Fiber 30% - Silicone 2% |
| Additional Data for Select Compounds |
|---|
| Tensile Stress/Strain & Bi-Directional Design Data |
| Wear Factor Data |
