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YIXUN mold
8480419090
Superior Mechanical Strength: Tensile strength reaches 50-60 MPa (2-3x higher than pure PP), flexural modulus up to 3500 MPa, and impact strength (notched Izod) of 8-12 kJ/m²—ensuring resistance to deformation and breakage under heavy loads.
Enhanced Heat Resistance: Continuous use temperature (CUT) ranges from 120-140°C (vs. 80-100°C for pure PP), making the components suitable for high-temperature environments like engine bays or industrial ovens.
Dimensional Stability: Low coefficient of linear expansion (1.5-2.0×10⁻⁵/°C) minimizes warpage or shrinkage (shrinkage rate controlled at 0.8%-1.2%), even after long-term use or temperature fluctuations.
Chemical & Environmental Resistance: Retains PP’s resistance to oils, acids, alkalis, and moisture; also exhibits excellent weatherability (UV-stabilized options available) for outdoor applications.
Lightweight Advantage: Density of 1.15-1.25 g/cm³—30%-50% lighter than aluminum, reducing overall product weight without compromising strength.
Specialized Screw & Barrel Design: Uses wear-resistant nitrided steel screws (with mixing sections) to ensure uniform fiber dispersion, avoiding fiber agglomeration that causes weak points.
Temperature & Pressure Control: Molding temperature is precisely regulated at 200-230°C (adjusted for fiber type), with injection pressure of 80-120 MPa and holding pressure of 60-90 MPa—preventing fiber breakage and ensuring full cavity filling.
Cooling System Design: Customized cooling channels (3-5mm diameter) with uniform water flow reduce cooling time to 15-25 seconds, while maintaining component flatness (flatness tolerance ≤0.1mm for parts ≤100mm in size).
Material Certification: All PP resins and fiber fillers meet RoHS, REACH, and FDA (for food-contact optional) standards; batch-specific material certificates are provided.
Dimensional Testing: Uses 3D coordinate measuring machines (CMM) with ±0.005mm accuracy to inspect critical dimensions, ensuring compliance with client drawings.
Mechanical Testing: Conducts tensile, flexural, and impact tests on 5% of each production batch; long-term aging tests (1000 hours at 120°C) verify durability.
Surface Quality Check: Visual inspection for burrs, bubbles, or fiber exposure; surface finish options include matte (Ra 0.8μm) or glossy (Ra 0.2μm) per client needs.
Automotive: Underhood components (air intake manifolds, sensor housings), interior structural parts (seat brackets, door panel reinforcements), and exterior parts (mirror housings, bumper brackets).
Industrial Machinery: Gear housings, pump casings, conveyor belt rollers, and tool handles—resistant to mechanical wear and industrial fluids.
Electronics & Appliances: TV/monitor backframes, washing machine inner drums, and air conditioner fan blades—lightweight yet rigid enough to support heavy components.
Medical (Non-Implanted): Equipment housings, instrument handles, and tray components (when FDA-certified materials are used)—easy to clean and resistant to disinfectants.
Consumer Goods: Luggage frames, power tool casings, and outdoor furniture parts—weatherproof and impact-resistant for daily use.
Design Support: Our engineering team provides DFM (Design for Manufacturability) analysis to optimize part geometry for PP+30% fiber filler molding, reducing production costs and improving performance.
Color & Finish: Custom color matching (Pantone/RAL standards) and surface treatments (texturing, painting, or printing) are available.
Production Capacity: With 8-32 cavity molds, we can achieve monthly production volumes of 100,000-500,000 pieces, supporting both small-batch prototypes and large-scale mass production.
Lead Time: Prototype samples delivered in 7-10 days; mass production lead time of 2-4 weeks after mold approval.
After-Sales Service: 12-month warranty for all components; technical support for installation and performance troubleshooting.
Technical Expertise: 10+ years of experience in fiber-reinforced plastic molding; dedicated R&D team to solve complex molding challenges.
Quality Assurance: ISO 9001:2015 and IATF 16949 (automotive) certified; 99.8% first-pass yield rate.
Cost Competitiveness: In-house mold manufacturing and efficient production processes reduce costs by 10%-15% compared to competitors.
Global Compliance: Components meet international standards (RoHS, REACH, FDA, LFGB) for export to Europe, North America, and Asia.
Superior Mechanical Strength: Tensile strength reaches 50-60 MPa (2-3x higher than pure PP), flexural modulus up to 3500 MPa, and impact strength (notched Izod) of 8-12 kJ/m²—ensuring resistance to deformation and breakage under heavy loads.
Enhanced Heat Resistance: Continuous use temperature (CUT) ranges from 120-140°C (vs. 80-100°C for pure PP), making the components suitable for high-temperature environments like engine bays or industrial ovens.
Dimensional Stability: Low coefficient of linear expansion (1.5-2.0×10⁻⁵/°C) minimizes warpage or shrinkage (shrinkage rate controlled at 0.8%-1.2%), even after long-term use or temperature fluctuations.
Chemical & Environmental Resistance: Retains PP’s resistance to oils, acids, alkalis, and moisture; also exhibits excellent weatherability (UV-stabilized options available) for outdoor applications.
Lightweight Advantage: Density of 1.15-1.25 g/cm³—30%-50% lighter than aluminum, reducing overall product weight without compromising strength.
Specialized Screw & Barrel Design: Uses wear-resistant nitrided steel screws (with mixing sections) to ensure uniform fiber dispersion, avoiding fiber agglomeration that causes weak points.
Temperature & Pressure Control: Molding temperature is precisely regulated at 200-230°C (adjusted for fiber type), with injection pressure of 80-120 MPa and holding pressure of 60-90 MPa—preventing fiber breakage and ensuring full cavity filling.
Cooling System Design: Customized cooling channels (3-5mm diameter) with uniform water flow reduce cooling time to 15-25 seconds, while maintaining component flatness (flatness tolerance ≤0.1mm for parts ≤100mm in size).
Material Certification: All PP resins and fiber fillers meet RoHS, REACH, and FDA (for food-contact optional) standards; batch-specific material certificates are provided.
Dimensional Testing: Uses 3D coordinate measuring machines (CMM) with ±0.005mm accuracy to inspect critical dimensions, ensuring compliance with client drawings.
Mechanical Testing: Conducts tensile, flexural, and impact tests on 5% of each production batch; long-term aging tests (1000 hours at 120°C) verify durability.
Surface Quality Check: Visual inspection for burrs, bubbles, or fiber exposure; surface finish options include matte (Ra 0.8μm) or glossy (Ra 0.2μm) per client needs.
Automotive: Underhood components (air intake manifolds, sensor housings), interior structural parts (seat brackets, door panel reinforcements), and exterior parts (mirror housings, bumper brackets).
Industrial Machinery: Gear housings, pump casings, conveyor belt rollers, and tool handles—resistant to mechanical wear and industrial fluids.
Electronics & Appliances: TV/monitor backframes, washing machine inner drums, and air conditioner fan blades—lightweight yet rigid enough to support heavy components.
Medical (Non-Implanted): Equipment housings, instrument handles, and tray components (when FDA-certified materials are used)—easy to clean and resistant to disinfectants.
Consumer Goods: Luggage frames, power tool casings, and outdoor furniture parts—weatherproof and impact-resistant for daily use.
Design Support: Our engineering team provides DFM (Design for Manufacturability) analysis to optimize part geometry for PP+30% fiber filler molding, reducing production costs and improving performance.
Color & Finish: Custom color matching (Pantone/RAL standards) and surface treatments (texturing, painting, or printing) are available.
Production Capacity: With 8-32 cavity molds, we can achieve monthly production volumes of 100,000-500,000 pieces, supporting both small-batch prototypes and large-scale mass production.
Lead Time: Prototype samples delivered in 7-10 days; mass production lead time of 2-4 weeks after mold approval.
After-Sales Service: 12-month warranty for all components; technical support for installation and performance troubleshooting.
Technical Expertise: 10+ years of experience in fiber-reinforced plastic molding; dedicated R&D team to solve complex molding challenges.
Quality Assurance: ISO 9001:2015 and IATF 16949 (automotive) certified; 99.8% first-pass yield rate.
Cost Competitiveness: In-house mold manufacturing and efficient production processes reduce costs by 10%-15% compared to competitors.
Global Compliance: Components meet international standards (RoHS, REACH, FDA, LFGB) for export to Europe, North America, and Asia.
