PC GF30

PC GF30 is a 30% glass fiber reinforced polycarbonate that offers a significant leap in mechanical performance compared to standard unfilled grades. By incorporating glass fibers, this material achieves exceptional rigidity, high tensile strength, and a drastically reduced thermal expansion coefficient. It maintains the inherent impact resistance and flame retardancy of polycarbonate while providing the structural integrity required for heavy-duty industrial housings. At Jucheng Precision, we specialize in the high-tolerance CNC machining of this abrasive reinforced polymer. Utilizing advanced diamond-coated tooling and rigid machine setups, we deliver precision-engineered PC GF30 components that excel in demanding structural applications within the automotive, electrical, and industrial sectors.

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PC GF30 Machining

Variantes do Material Policarbonato (PC)

Grau Nome Comum Características Principais Aplicações Típicas
PC GF30 30% Glass Filled PC Highest rigidity and dimensional stability. Exceptional heat resistance and tensile strength. Opaque. Industrial brackets, structural housings, electrical equipment frames.
PC para Maquinagem PC com Alívio de Tensões Unfilled and transparent. Specially annealed to remove internal stress for precision machining. Manifolds, sight glasses, semiconductor components.
PC de Grau Ótico Lexan® / Makrolon® Highest light transmission and clarity. Optimized for vapor polishing to achieve mirror finishes. Lenses, light pipes, windows, automotive lighting.

PC GF30 Machining Capabilities

Capacidade Descrição Técnica Vantagem Jucheng
Fresamento Resistente à Abrasão The 30% glass fiber content is highly abrasive. We utilize diamond-coated (CVD) or sub-micrograin carbide cutters. Ensures consistent dimensions and sharp edges over long production runs by preventing tool blunting.
Rigid Structural Machining Leveraging PC GF30’s high modulus to machine thin-walled structural housings that maintain their shape. Our 5-axis machines achieve tight tolerances (+/- 0.02mm), preventing the part flexing common in unfilled plastics.
Precision Boring & Reaming Creating accurate bearing seats and fastener holes in reinforced polycarbonate. Specialized reaming strategies prevent glass fiber “tear-out,” ensuring perfectly smooth internal diameters and secure fits.
High-Speed Finishing Optimized tool paths to achieve a clean matte finish without the “fuzzy” surface common with filled plastics. Delivers professional, industrial-grade aesthetics directly off the machine for visible structural components.

Fabrication Guidelines for PC GF30

Gerenciamento da Abrasividade:
PC GF30 wears down standard tools rapidly. Dica: We frequently monitor tool life and use automated compensation to ensure “size drift” does not occur during large batch production.

Non-Transparent Nature:
Adding glass fiber makes the PC opaque (usually grey or black). Dica: This grade cannot be polished to transparency. Design for mechanical performance rather than optical clarity.

Brittle Behavior:
Reinforced PC is more brittle than standard polycarbonate. Dica: We avoid sharp internal corners and use generous radii to prevent stress concentrations that could lead to cracking under structural load.

Chemical Sensitivity:
Like all polycarbonates, GF30 is sensitive to certain oils and solvents. Dica: We use strictly compatible, water-soluble coolants to prevent chemical stress cracking (crazing).

Aplicações Principais

Industrial Equipment
Heavy-duty structural brackets, mounting plates, and pump components requiring high rigidity and dimensional stability.

Elétrico e Eletrônico
High-load connector housings, circuit breaker components, and standoff insulators that must resist heat and impact.

Automotive Engineering
Under-the-hood struct

Propriedades

Densidade 1.42 - 1.45 g/cm³
Resistência à Tração 100 - 120 MPa
Módulo de Elasticidade 5.5 - 6.5 GPa
Dureza 90 Rockwell M
Temperatura de Deflexão Térmica 145 - 150 °C
Temperatura de Serviço Contínuo 120 °C
Absorção de Água 0.10%
Rigidez Dielétrica 18 kV/mm
Classificação de Inflamabilidade UL94 V-0
Tamanho Máx. da Peça 2000 x 800 x 600 mm