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yixun
yixunmold
| Feature | Detail | Advantage |
|---|---|---|
| 4 Cavity Design | Simultaneous molding of 4 PP wall box components per cycle | Doubles production efficiency vs. 2-cavity molds; reduces per-unit production cost for high-volume orders |
| Cold Runner System | Precision cold runner manifold, no material degradation, minimal runner waste | Reduces plastic waste by 30-50% vs. conventional runners; lower material costs; faster cycle times |
| PP Material Optimization | Mold design tailored for PP (Polypropylene) flow characteristics | Ensures uniform filling, no shrinkage or warpage; PP components offer excellent durability and weather resistance |
| High-Precision Molding | Tight dimensional tolerances, smooth cavity surfaces, optimized gating | Consistent part quality; precise fit for wall box assembly; no post-machining required |
| Durable Mold Construction | Hardened steel cavity/core, corrosion-resistant treatment | Long mold life (100,000+ cycles); minimal maintenance; suitable for 24/7 high-volume production |
Mold Type: Custom injection mold for PP wall box components
Cavity Count: 4 cavities (customizable to 2/8/16 cavities based on demand)
Runner System: Cold runner system (manifold type, minimal waste)
Material Compatibility: PP (Polypropylene) – including reinforced PP, flame-retardant PP
Mold Material: Hardened steel (H13/SKD11) for cavity/core; S50C for mold base
Dimensional Tolerance: ±0.02mm for critical dimensions
Cycle Time: 15-25 seconds (depending on wall box size and PP material grade)
Mold Cooling: Water-cooling system for uniform temperature control
Demolding System: Ejector pins + stripper plate (automatic demolding for efficiency)
Compliance: RoHS, REACH compliant; suitable for food-grade/electrical-grade PP applications
Electrical Industry: Electrical junction boxes, switch wall boxes, cable management wall enclosures
Construction: Residential/commercial wall-mounted utility boxes, wiring boxes
Industrial Equipment: Machinery control wall boxes, instrument enclosures
Telecommunications: Fiber optic wall boxes, network junction enclosures
Automotive: Vehicle interior wall-mounted storage boxes (lightweight PP material advantage)
Material Savings: Cold runners produce minimal waste (runners can be recycled directly), reducing PP material costs—critical for high-volume wall box production.
PP Compatibility: PP has a low melting point, and cold runners prevent material degradation, ensuring consistent part quality and mechanical properties.
Lower Maintenance: Cold runner systems have fewer moving parts and no heating elements, reducing maintenance frequency and costs.
Cost-Effective: Cold runner molds have a lower initial investment vs. hot runner molds, ideal for medium to high-volume production runs.
Cavity Count: Customizable to 2/8/16 cavities based on your production volume needs.
Wall Box Design: Mold tailored to your wall box size, shape, and features (e.g., mounting holes, slots, internal ribs).
Material Adaptation: Optimize mold for different PP grades (reinforced, flame-retardant, food-grade, electrical-grade).
Runner System: Custom cold runner manifold design for optimal filling and minimal waste.
Value-Added Features: Add mold-in logos, part numbers, or texture to wall box surfaces; integrate automatic demolding upgrades.
Mold Design: 3D mold design (CAD/CAM) for precision; flow simulation to optimize cavity filling and avoid defects.
Machining: High-precision CNC machining, EDM, and wire-cutting for cavity/core accuracy.
Testing: Mold trial run before delivery to verify part quality, cycle time, and demolding efficiency; dimensional inspection via CMM.
After-Sales Support: Technical consultation, mold maintenance guidance, and spare parts supply to ensure uninterrupted production.
| Feature | Detail | Advantage |
|---|---|---|
| 4 Cavity Design | Simultaneous molding of 4 PP wall box components per cycle | Doubles production efficiency vs. 2-cavity molds; reduces per-unit production cost for high-volume orders |
| Cold Runner System | Precision cold runner manifold, no material degradation, minimal runner waste | Reduces plastic waste by 30-50% vs. conventional runners; lower material costs; faster cycle times |
| PP Material Optimization | Mold design tailored for PP (Polypropylene) flow characteristics | Ensures uniform filling, no shrinkage or warpage; PP components offer excellent durability and weather resistance |
| High-Precision Molding | Tight dimensional tolerances, smooth cavity surfaces, optimized gating | Consistent part quality; precise fit for wall box assembly; no post-machining required |
| Durable Mold Construction | Hardened steel cavity/core, corrosion-resistant treatment | Long mold life (100,000+ cycles); minimal maintenance; suitable for 24/7 high-volume production |
Mold Type: Custom injection mold for PP wall box components
Cavity Count: 4 cavities (customizable to 2/8/16 cavities based on demand)
Runner System: Cold runner system (manifold type, minimal waste)
Material Compatibility: PP (Polypropylene) – including reinforced PP, flame-retardant PP
Mold Material: Hardened steel (H13/SKD11) for cavity/core; S50C for mold base
Dimensional Tolerance: ±0.02mm for critical dimensions
Cycle Time: 15-25 seconds (depending on wall box size and PP material grade)
Mold Cooling: Water-cooling system for uniform temperature control
Demolding System: Ejector pins + stripper plate (automatic demolding for efficiency)
Compliance: RoHS, REACH compliant; suitable for food-grade/electrical-grade PP applications
Electrical Industry: Electrical junction boxes, switch wall boxes, cable management wall enclosures
Construction: Residential/commercial wall-mounted utility boxes, wiring boxes
Industrial Equipment: Machinery control wall boxes, instrument enclosures
Telecommunications: Fiber optic wall boxes, network junction enclosures
Automotive: Vehicle interior wall-mounted storage boxes (lightweight PP material advantage)
Material Savings: Cold runners produce minimal waste (runners can be recycled directly), reducing PP material costs—critical for high-volume wall box production.
PP Compatibility: PP has a low melting point, and cold runners prevent material degradation, ensuring consistent part quality and mechanical properties.
Lower Maintenance: Cold runner systems have fewer moving parts and no heating elements, reducing maintenance frequency and costs.
Cost-Effective: Cold runner molds have a lower initial investment vs. hot runner molds, ideal for medium to high-volume production runs.
Cavity Count: Customizable to 2/8/16 cavities based on your production volume needs.
Wall Box Design: Mold tailored to your wall box size, shape, and features (e.g., mounting holes, slots, internal ribs).
Material Adaptation: Optimize mold for different PP grades (reinforced, flame-retardant, food-grade, electrical-grade).
Runner System: Custom cold runner manifold design for optimal filling and minimal waste.
Value-Added Features: Add mold-in logos, part numbers, or texture to wall box surfaces; integrate automatic demolding upgrades.
Mold Design: 3D mold design (CAD/CAM) for precision; flow simulation to optimize cavity filling and avoid defects.
Machining: High-precision CNC machining, EDM, and wire-cutting for cavity/core accuracy.
Testing: Mold trial run before delivery to verify part quality, cycle time, and demolding efficiency; dimensional inspection via CMM.
After-Sales Support: Technical consultation, mold maintenance guidance, and spare parts supply to ensure uninterrupted production.
