Descripción
Descripción
Our Glass Filled PPS Extruded Sheets and Rods are premium industrial-grade high-performance engineering plastic profiles, integrating polyphenylene sulfide’s inherent ultra-high temperature resistance, robust chemical compatibility with the enhanced mechanical strength, rigidity and dimensional stability from glass fiber reinforcement. Engineered for precision machining and extreme industrial applications, these glass filled PPS extruded profiles outperform unfilled PPS, PEI (Polyetherimide) and general engineering plastics in high-load, high-heat and dimensional-critical scenarios, effectively solving pain points such as warpage deformation, insufficient rigidity and poor wear resistance in conventional plastic profiles. They are the ideal choice for global manufacturers seeking reinforced, stable PPS sheet and rod solutions for structural components and precision machined parts.
Key Properties & Performance Advantages
- Superior High-Temperature Stability: Maintains complete structural integrity at continuous service temperatures up to 260°C, far exceeding the thermal limits of PEI material, suitable for long-term use in high-heat industrial equipment, automotive under-hood and aerospace applications.
- Enhanced Mechanical Strength & Rigidity: Glass fiber filling (GF10-GF40 customizable) boosts tensile strength, flexural modulus and load-bearing capacity by 30-60% compared to unfilled PPS, resisting creep and deformation under long-term high mechanical stress.
- Ultra-Low Warpage & Dimensional Consistency: Precision extrusion process with optimized glass fiber dispersion ensures uniform material density, minimal internal stress and ultra-low warpage, delivering tight tolerance profiles perfect for CNC turning, milling and drilling of precision parts.
- Excellent Chemical & Hydrolytic Resistance: Resists strong acids, alkalis, organic solvents, fuels, hydraulic oils and hot water, with superior chemical compatibility that outperforms PEI and PES materials, ensuring long service life in corrosive and humid environments.
- Low Moisture Absorption & Wear Resistance: Minimal moisture uptake guarantees stable dimensions during machining and long-term use; glass fiber reinforcement enhances surface hardness and abrasion resistance, extending the service life of moving components and wear parts.
- Broad Process Compatibility: Complements injection molding grade PPS and carbon fiber reinforced PPS variants, supporting integrated production of extruded profiles and injection-molded parts for consistent material performance.
Your Trusted Global Glass Filled PPS Partner
✅ Low MOQ & Rapid Global Shipping: Flexible minimum order quantities support prototype development, small-batch trials and mass production; fast, trackable international delivery via DHL/FedEx/UPS ensures your machining and production projects stay on schedule.
✅ Proactive Technical Collaboration: Our engineering team provides full-process support including material selection guidance (GF content customization), glass filled PPS machining parameter optimization (cutting speed, tool selection), and custom solutions for high-rigidity and dimensional-critical application pain points.
✅ Consistent High-Quality Supply: Guaranteed material traceability, ISO-certified production standards, and complete technical documentation including PPS material data sheets, mechanical property charts, chemical resistance specifications and glass fiber content certification.
✅ Expedited Sample Service: Evaluate machining performance, rigidity and thermal stability through our fast sample program (shipping costs apply) before bulk orders to validate suitability for your applications.
Primary Applications
- Industrial Machinery: Precision guide rails, wear plates, structural brackets, sealing components and semiconductor equipment parts requiring high rigidity and dimensional stability.
- Electronics & Electrical: High-temperature insulators, connector housings, circuit board carriers and power equipment components leveraging PPS’s dielectric properties and mechanical strength.
- Automotive & E-Mobility: Under-hood structural parts, battery system brackets, sensor housings and high-heat resistant bushings that outperform PEI in sustained thermal and mechanical stress.
- Aerospace & Defense: Lightweight structural profiles, high-temperature tooling, interior components and insulation parts relying on PPS’s strength-to-weight ratio and environmental adaptability.
- Oil & Gas & Chemical Industry: Corrosion-resistant valves, gaskets, pipeline accessories and pump components that withstand harsh chemical media where PEI and unfilled PPS fall short.
Material Selection Guide: Glass Filled PPS vs. Unfilled PPS vs. PEI vs. PEEK
| Feature | Glass Filled PPS Extruded Profiles | Unfilled PPS | PEI Material | PEEK Material |
|---|---|---|---|---|
| Continuous Use Temp | Up to 260°C | Up to 260°C | Up to 170°C | Up to 260°C |
| Tensile Strength & Rigidity | Superior (GF-reinforced) | Good | Moderate | Very Good |
| Dimensional Stability & Warpage | Ultra-Low | Low | Moderate | Low |
| Chemical Resistance | Excellent | Excellent | Moderate | Excellent |
| Machinability | Good (optimized for GF) | Superior | Good | Very Good |
| Ideal For | High-load, high-rigidity, dimensional-critical parts | General industrial, corrosion-resistant parts | Mid-temperature, transparent parts | Ultra-high performance mechanical parts |
Request Information & Samples
- Access Technical Data: Request full Glass Filled PPS material data sheets, glass fiber content specifications, chemical compatibility charts and precision machining guidelines.
- Get a Custom Quote: Receive competitive pricing tailored to your order volume, profile dimensions, glass fiber content and global shipping requirements.
- Test the Material: Contact us to arrange expedited sample delivery for real-world machining and performance validation in your specific applications.
