8800WF30
Wear-resistant PEEK grade.
High-performance PEEK materials
PEEK material series for UAV component evaluation
Evaluate wear-resistant, ceramic-filled, carbon-fiber, high-modulus and glass-fiber PEEK series for specific UAV component requirements.
Material answer
The available PEEK directions include 8800WF30 wear-resistant material, HDR422 ceramic-filled material, 8200CF carbon-fiber material, and broader carbon-fiber, high-modulus and glass-fiber series. These are candidates for evaluation, not automatic UAV approvals. Part design, load, temperature, processing and validation decide final UAV suitability for each component.
Send the current grade, part application, key requirements and trial timing. We will use them to review a suitable material direction.
Request material matchingGrades and directions
HDR422
Ceramic-filled PEEK grade.
8200CF
Carbon-fiber reinforced PEEK grade.
PEEK Carbon Fiber Reinforced
Reinforced PEEK direction for component evaluation.
PEEK High Modulus
High-modulus PEEK direction for stiffness-led evaluation.
PEEK Glass Fiber Reinforced
Glass-fiber reinforced PEEK direction for component evaluation.
Application review
UAV structural and mounting parts
Candidate screening should begin with load cases, geometry, interfaces, environment and mass targets.
Wear and precision components
Contact conditions, dimensional needs, processing route and test method must be defined before selection.
Selection guidance
- Send the component drawing, load cases, temperature range, environment and intended processing method.
- Choose the filler direction only after identifying stiffness, wear, dimensions and surface requirements.
- Use prototype processing and component-level validation to decide final UAV suitability.
Supply facts
- Minimum order
- MOQ starts from 500kg
- Supply support
- Grade matching, sample testing and trial supply
- Documents
- Request the current TDS, MSDS and available COA
Frequently asked questions
Can one of these PEEK materials replace our current UAV resin?
A replacement candidate is chosen from the current material data and component duty, not from the PEEK name alone. Compare filler direction, load, temperature, wear, dimensions and processing before prototype validation.
What UAV component inputs are required for PEEK screening?
Send the drawing, load cases, temperature range, environment, interfaces, mass target, dimensional limits, processing method and validation plan. These inputs determine which grade or series merits testing.
Can we request PEEK samples for prototype testing?
A sample can be discussed after the component requirements are reviewed. Prototype the intended process and test the real load, temperature, wear and dimensional conditions before any material approval.
What is the MOQ for the listed PEEK grades and series?
MOQ starts from 500kg. Include the exact grade or series, component, processing method and prototype schedule when requesting supply details.
Does a PEEK grade automatically qualify for a UAV part?
No. Part design, load, temperature, processing and validation determine final UAV suitability. The grade or filler name alone is not enough to approve a flight component.
Technical basis
Technical values and final suitability must be confirmed against the current TDS, available COA and part validation results.
Discuss your material requirement
Send the current grade, part application, key requirements and trial timing. We will use them to review a suitable material direction.