Flame Retardant PA6 Compound for Electrical Components
Product Description
Flame Retardant PA6 Compound is designed for injection molding applications where flame retardancy, mechanical strength, heat resistance, dimensional stability and electrical performance are required.
If you are currently using BASF Ultramid, Lanxess Durethan, DSM Akulon, DOMO Technyl, RadiciGroup, Celanese or similar flame retardant PA6 materials, Chemdo can help check suitable China-origin FR PA6 options for trial based on your current grade, TDS and application.
Typical Applications
Terminal blocks
Switch components
Relay parts
Automotive electrical parts
Power tool components
Industrial electrical parts
Available Material Directions
| Material Direction | Main Value |
|---|---|
| Standard FR PA6 | For general electrical parts requiring flame retardancy, toughness and stable injection molding. |
| Halogen-Free FR PA6 | For applications requiring halogen-free flame retardancy and electrical performance. |
| GF Reinforced FR PA6 | For parts requiring flame retardancy together with higher stiffness and dimensional stability. |
| High Flow FR PA6 | For thinner-wall parts, complex molds or better injection molding flow requirement. |
Final grade selection depends on current material, flame rating, testing thickness, glass fiber content, part design, processing method and trial result.
Why Chemdo
We help customers check China-origin options based on current BASF, Lanxess, DSM, DOMO, RadiciGroup, Celanese or similar FR PA6 grades.
We select materials according to flame rating, testing thickness, stiffness, impact requirement, part design and processing condition.
We can support sample direction, TDS review and follow-up adjustment after injection molding trial feedback.
TDS, COA, SDS and basic compliance support can be provided according to project requirements.
How to Start
Send us your current grade name, TDS, flame rating requirement or final part application. Chemdo will check a suitable China-origin FR PA6 option based on your testing thickness, mechanical requirement, processing method and trial target.
