Jiangsu Perfill Plastics Technology Co.,Ltd

engineered nylon PPA granules,high heat resistance PPA gf30 granule,PPA resins filled long glass fiber granule

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glass fiber reinforced PPA gf30 resins

Basic Info

Place Of OriginChina

GradeIndustrial Grade

Additional Info

Packaging25kg/bag, or as requested

TransportationOcean,Land,Air,Express

Supply Ability30000tons per year

Portany port

Product Description

Long Glass Fiber Reinforced PPA GF30 – High-Performance Engineering Plastic for Demanding Applications

Discover Long Glass Fiber Reinforced PPA GF30, a premium thermoplastic engineered for superior mechanical and thermal performance in high-stress environments. This advanced material combines the exceptional heat resistance of polyphthalamide (PPA) with the structural reinforcement of 30% long glass fibers, making it ideal for industrial components that require durability, dimensional stability, and long-term reliability under extreme conditions.

Designed for professionals seeking robust alternatives to traditional metals or standard polymers, this composite offers an optimal balance of stiffness, toughness, and chemical resistance. With a heat deflection temperature reaching up to 300°C, it maintains structural integrity even at elevated operating temperatures—making it particularly suitable for automotive under-hood parts, electrical connectors, and heavy-duty mechanical systems.

  • High Heat Resistance (HDT up to 300°C)
  • Enhanced Rigidity & Dimensional Stability
  • Low Moisture Absorption
  • Excellent Chemical & Weather Resistance
  • Customizable Color Options

Key characteristics include outstanding rigidity, minimal warpage, and excellent creep resistance—critical attributes for precision-molded parts used in demanding applications. The addition of long glass fibers significantly improves tensile strength and impact resistance compared to unfilled PPA grades, while maintaining good flow properties during injection molding. Unlike many engineering plastics, this grade exhibits low water absorption (<1%), ensuring consistent performance in humid or wet environments without dimensional changes or loss of mechanical properties.

Its excellent surface finish and ability to retain color consistency over time make it a preferred choice for visible components in consumer electronics, home appliances, and automotive interiors. Whether you're designing circuit breakers, bicycle frames, or motor housings, PPA GF30 delivers both functional excellence and aesthetic appeal. The material also demonstrates strong resistance to UV exposure and common household chemicals, extending product lifespan in outdoor and industrial settings.

This versatile compound is widely adopted across multiple sectors including automotive manufacturing, electrical and electronic equipment, and industrial machinery. It serves as a reliable alternative to metals like aluminum or brass in weight-sensitive applications where corrosion resistance and design flexibility are essential. Additionally, custom colors can be produced based on customer specifications, allowing brand alignment and visual differentiation in end products.

Engineers and procurement teams often choose this material due to its predictable behavior under stress, compatibility with standard processing techniques, and compliance with RoHS and REACH standards. Its thermal stability reduces the need for post-processing or additional coatings, lowering production costs and environmental impact. For manufacturers looking to enhance product performance while reducing weight and maintenance needs, PPA GF30 stands out as a top-tier solution.

Users consistently report improved part longevity, reduced failure rates in high-temperature environments, and better overall system efficiency when switching from conventional materials to this reinforced PPA. Many appreciate the ease of machining and assembly, especially in complex geometries where tight tolerances are required.

Frequently asked questions include inquiries about processing temperatures, recommended mold designs, and compatibility with other materials such as PA6 or PBT blends. While each color variant may slightly affect mechanical properties, all formulations maintain core performance benchmarks. Proper drying before molding is advised to ensure maximum strength and minimize voids. Always consult technical data sheets for specific application guidance and test results tailored to your use case.

Product Categories : PA66 Resins

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  • glass fiber reinforced PPA gf30 resins
  • glass fiber reinforced PPA gf30 resins
  • glass fiber reinforced PPA gf30 resins
  • glass fiber reinforced PPA gf30 resins
  • glass fiber reinforced PPA gf30 resins
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