| Quantity: | |
|---|---|
YIXUN mold
8480419090
Material: Reinforced PP (polypropylene) or ABS (acrylonitrile butadiene styrene) – impact-resistant, chemical-resistant (to mild solvents), and temperature-stable (–20°C to 80°C).
Core Design:
Uniform Perforations: 3–5mm diameter holes (customizable) spaced evenly across the plate, enabling ventilation, drainage, or visibility of small components.
Stackable & Connectable: Integrated snap-fit buckles, cross-shaped positioning platforms, and screw holes support multi-plate stacking (up to 10 layers) or secure mounting to equipment/shelves.
Dimensions: Standard 300×300mm (custom sizes available) with 2–3mm wall thickness for load-bearing (supports up to 5kg per plate).
Perforation Precision: Mold cavities for holes are machined with ±0.1mm tolerance to ensure consistent aperture size – critical for fitting standardized components (e.g., electronic chips, lab vials).
Structural Reinforcement: Mold-integrated ribbing (hidden beneath the grid surface) boosts rigidity without increasing weight, preventing warpage under load.
Assembly Compatibility: Snap-fit buckle and positioning platform molds are calibrated to ±0.05mm tolerance for seamless multi-plate connection.
| Parameter | Specification | Purpose |
|---|---|---|
| Melt Temperature | 180–200°C | Ensures uniform flow to fill dense perforation cavities |
| Mold Temperature | 50–60°C | Reduces internal stress and prevents post-mold warpage |
| Injection Pressure | 800–1000 bar | Fills thin-walled grid sections without voids |
| Cooling Time | 35–45s | Fully cures the plate for immediate post-mold handling |
Industrial Production Lines:
Electronic component carrier (for SMT assembly, soldering, or inspection).
Part circulation tray (prevents scratches on delicate components via ventilated design).
Laboratory Environments:
Sample drying plate (facilitates air flow for quick drying of small labware).
Reagent vial holder (perforations align with vial bases for stable storage).
Warehousing & Logistics:
Small parts sorting tray (stackable design optimizes storage space).
Tool organization board (mountable via screw holes for workbench access).
Durability Testing: Drop-tested from 1.5m height (no cracking) and load-tested to 5kg (no deformation).
Chemical Resistance: Resistant to water, alcohol, and mild cleaning agents (per ISO 10993-10 for lab use).
Sustainability: Reusable (≥500 cycles) and recyclable (PP/ABS materials).
Perforation Sizes: 2–10mm diameter holes (for specific component dimensions).
Materials: Flame-retardant ABS (for electronic production) or food-grade PP (for lab sample handling).
Dimensions: Custom lengths/widths (up to 1000×1000mm) for large-scale operations.
Branding: Molded logos or part numbers (for inventory tracking).
Efficiency: Streamlines component handling, reducing batch processing time by 20%.
Durability: Reinforced plastic and precision molding ensure long service life (low replacement costs).
Versatility: Works across industrial, lab, and warehousing use cases – no need for multiple specialized trays.
Material: Reinforced PP (polypropylene) or ABS (acrylonitrile butadiene styrene) – impact-resistant, chemical-resistant (to mild solvents), and temperature-stable (–20°C to 80°C).
Core Design:
Uniform Perforations: 3–5mm diameter holes (customizable) spaced evenly across the plate, enabling ventilation, drainage, or visibility of small components.
Stackable & Connectable: Integrated snap-fit buckles, cross-shaped positioning platforms, and screw holes support multi-plate stacking (up to 10 layers) or secure mounting to equipment/shelves.
Dimensions: Standard 300×300mm (custom sizes available) with 2–3mm wall thickness for load-bearing (supports up to 5kg per plate).
Perforation Precision: Mold cavities for holes are machined with ±0.1mm tolerance to ensure consistent aperture size – critical for fitting standardized components (e.g., electronic chips, lab vials).
Structural Reinforcement: Mold-integrated ribbing (hidden beneath the grid surface) boosts rigidity without increasing weight, preventing warpage under load.
Assembly Compatibility: Snap-fit buckle and positioning platform molds are calibrated to ±0.05mm tolerance for seamless multi-plate connection.
| Parameter | Specification | Purpose |
|---|---|---|
| Melt Temperature | 180–200°C | Ensures uniform flow to fill dense perforation cavities |
| Mold Temperature | 50–60°C | Reduces internal stress and prevents post-mold warpage |
| Injection Pressure | 800–1000 bar | Fills thin-walled grid sections without voids |
| Cooling Time | 35–45s | Fully cures the plate for immediate post-mold handling |
Industrial Production Lines:
Electronic component carrier (for SMT assembly, soldering, or inspection).
Part circulation tray (prevents scratches on delicate components via ventilated design).
Laboratory Environments:
Sample drying plate (facilitates air flow for quick drying of small labware).
Reagent vial holder (perforations align with vial bases for stable storage).
Warehousing & Logistics:
Small parts sorting tray (stackable design optimizes storage space).
Tool organization board (mountable via screw holes for workbench access).
Durability Testing: Drop-tested from 1.5m height (no cracking) and load-tested to 5kg (no deformation).
Chemical Resistance: Resistant to water, alcohol, and mild cleaning agents (per ISO 10993-10 for lab use).
Sustainability: Reusable (≥500 cycles) and recyclable (PP/ABS materials).
Perforation Sizes: 2–10mm diameter holes (for specific component dimensions).
Materials: Flame-retardant ABS (for electronic production) or food-grade PP (for lab sample handling).
Dimensions: Custom lengths/widths (up to 1000×1000mm) for large-scale operations.
Branding: Molded logos or part numbers (for inventory tracking).
Efficiency: Streamlines component handling, reducing batch processing time by 20%.
Durability: Reinforced plastic and precision molding ensure long service life (low replacement costs).
Versatility: Works across industrial, lab, and warehousing use cases – no need for multiple specialized trays.
