High Impact PC/ABS Compound for Durable Molded Parts
Product Description
High Impact PC/ABS Compound is designed for injection molding applications where toughness, impact strength, dimensional stability, heat resistance and good surface appearance are required.
If you are currently using SABIC CYCOLOY, Covestro Bayblend, LG Lupoy, LOTTE, Trinseo or similar PC/ABS materials for durable molded parts, Chemdo can help check suitable China-origin high impact PC/ABS options for trial based on your current grade, TDS and application.
Typical Applications
Power tool housings
Appliance housings
Automotive interior parts
Instrument panel components
Electronic device housings
Protective covers
Available Material Directions
| Material Direction | Main Value |
|---|---|
| High Impact PC/ABS | For molded parts requiring improved toughness and impact resistance. |
| Balanced PC/ABS | For general durable parts requiring a balance of impact strength, heat resistance and processability. |
| High Flow PC/ABS | For thinner-wall parts, complex molds or improved injection molding flow requirement. |
| Automotive PC/ABS Direction | For interior or durable plastic parts requiring toughness, appearance and stable molding performance. |
Final grade selection depends on current material, impact requirement, heat resistance, part design, processing method and trial result.
Why Chemdo
We help customers check China-origin options based on current SABIC, Covestro, LG, LOTTE, Trinseo or similar PC/ABS grades.
We select materials according to impact requirement, heat resistance, part design, surface appearance 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, impact requirement or final part application. Chemdo will check a suitable China-origin PC/ABS option based on your toughness requirement, heat resistance, processing method and trial target.
