ABS-GFR – Glass Fiber Reinforced Acrylonitrile Butadiene Styrene

ABS-GFR Brief Introduction:

ABS-GFR is a premium glass fiber reinforced ABS composite engineered to significantly enhance mechanical properties. It offers an outstanding balance of high rigidity, improved heat resistance, and low warpage, making it a cost-effective engineering solution. Particularly distinguished by its low-odor characteristics, ABSGFR is the ideal choice for automotive interiors and consumer electronics where structural integrity, precision molding, and user comfort are paramount.

Item Standard Specification Customizable Options
Glass Fiber Content 10 %, 20 %, 30 % (and other common ratios) in stock Tailored percentages to balance stiffness & impact resistance
Color Natural (ivory) Custom color-matching upon sample
Certification & Compliance RoHS, REACH, UL Additional certifications negotiable
Packaging 25 kg / bag Bulk bags up to 750 kg for lower logistics cost
Technical Support Material Data Sheet (MDS) on request Full Processing Guide: drying, injection-molding parameters, mold-design tips

ABS-GFR Product Introduction:

Our ABS-GFR series represents a significant upgrade over standard ABS, specifically formulated to meet the rigorous demands of modern manufacturing. By integrating glass fibers, we have created a material that mimics the stiffness of metal while retaining the processing ease and design flexibility of plastic. This makes it perfect for producing strong, lightweight, and complex components. Its exceptional dimensional stability ensures parts maintain their shape and accuracy, even under load or in varying thermal conditions. Furthermore, the low volatile organic compound (VOC) emission addresses the growing need for healthier interior environments in vehicles and homes. From robust automotive clips to intricate electronic housings, ABS-GFR delivers reliable performance, durability, and value.

Frequently Asked Questions (FAQ):

Q: What is the difference between ABS and Polycarbonate (PC)?

A: ABS offers a good balance of strength, cost-effectiveness, and ease of processing, with moderate impact resistance and rigidity. It has better natural UV resistance than PC but can become brittle at lower temperatures. In contrast, PC boasts superior impact strength, higher heat deflection temperature, and greater transparency. PC is more ductile at low temperatures and offers better chemical resistance, but it is more expensive, can be harder to process, and has poorer inherent UV resistance. Alloys like PC/ABS combine the advantages of both for a better performance balance.

Q: Do you provide technical data sheets?

A: Yes, we provide comprehensive Material Data Sheets (MDS) detailing mechanical, thermal, and electrical properties. Please contact our sales or technical team to request them.

Q: What is the production lead time?

A: Standard lead time for production orders is 7-10 working days, subject to order quantity and customization requirements.

Q: Are free samples available?

A: Yes, we encourage product testing. We typically provide 1-5 kg of free samples to qualified customers for evaluation purposes.

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