PolyEtherEtherKetone (PEEK) is a strong and stiff material that is used in applications that require great performance at elevated temperature ranges. PBY's PB30000 series materials are used in areas such as automotive, aerospace, oil and natural gas, electronics, and FDA suitable environments. Applications requiring strength and stiffness as well as high ductility. Chemically resistant to aggressive environments, an ideal material for sterilization of medical and food contact applications.
PB30000 materials have raised the bar on high performance, easy to machine, application adaptable, stock shape materials. With the addition of hundreds of custom compounds, PB30000 materials have no limit as to the applications it can fulfill and do so with outstanding results!!
Different PEEK grades are available and they all meet the compression-molded requirements of ASTM D6262.
PBY Material Codes:
PB30003V - Virgin Peek
PB30201R - Peek 30% Carbon Fiber
PB30301V - Peek 30% Glass Fiber
PB30900R - Peek Bearing Grade
Hydrolysis resistant, autoclavable, chemical resistant
Ease of fabrication and machining
Good mechanical properties at elevated temperatures
Low toxic gas and smoke emissions when exposed to flame
Common Brands: TECAPEEK® SustaPEEK Ketron® Victrex®
Seals, bearings, back up rings and bushings
Valve and Pump components
Down hole electrical connectors
Medical instrument parts
Food processing components
PB30003V - Virgin Peek Meets ASTM D6262 Type 2 Class 1 Grade 1 requirements. This product is MIL-P-46183 compliant.
PB30201R - 30 Carbon Fiber Peek meets ASTM D6262 Type 2 Class 3 Grade 1 requirements.
PB30301V- 30 Glass Fiber Peek meets ASTM D6262 Type 2 Class 2 Grade 1 requirement.
PB30900R- Bearing Grade Peek meets ASTM D6262 Type 2 Class 4 Grade 1 requirement.
PB30003V - Material Data Sheet
PB30201R - Material Data Sheet
PB30301V - Material Data Sheet
PB30900R - Material Data Sheet
|Property||Test Method||Units||Virgin Peek||30 Carbon Fiber Peek||30 Glass Fiber Peek||Bearing Grade PEEK|
|Specific Gravity||ASTM D792||-||1.260 - 1.340||1.360 - 1.440||1.460 - 1.540||1.410 -1.490|
|Hardness Shore D||ASTM D2240||-||82 - 92||85 - 95||85 - 95||83 - 93|
|Tensile Strength, min.||ASTM D638||PSI [MPa]||10,000 ||15,000 ||11,000 ||10,000 |
|Elongation at Break, min.||ASTM D638||%||2||1||1||1|
|Tensile Modulus, min.||ASTM D638||PSI [MPa]||400,000 [2,758]||500,000 [3,448]||425,000 [2,930]||400,000 [2,758]|
|Service Temperature High||-||°F [°C]||599 ||599 ||599 ||599 |
|Service Temperature Low||-||°F [°C]||-40 [-40]||-40 [-40]||-40 [-40]||-40 [-40]|
|Second Melt Peak Temp.||ASTM D3418||°F [°C]||649 ||649 ||649 ||649|
|Glass Transition Temp.||ASTM D3418||°F [°C]||302 ||302 ||302 ||302 |
- Wypych, George. Handbook of Polymers. 2nd Ed., ChemTec/Publishing, 2016.
- Ebnesjjad, Sina. Fluoroplastics Vol1 & Vol2. 2nd Ed., Elsevier Inc., 2015.
- Aerospace Materials Specifications for PTFE materials (AMS3678)
- American Society for Testing and Materials (ASTM) Standards