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Micro Screws
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New Type Switchgear
Anti-loose Easy Disassembly Nut Pillar (New Furniture Connector)
Furniture Simple Assembly and Disassembly Connector
Micro Vibration Absorber
65Mn Material Furniture Connector
Counter Table Base
Furniture Connector Nut with Plastic Sleeve
Furniture Horizontal Hole Nut
Furniture Connecting Screw
Furniture Connecting Nut Seat
Double Stack Wheels Used On Furniture
Components Used On Furniture
Connection Buckle
Internal Hexagonal Spiral Screw
Iron Colored Carbon Steel Four Claw Nut
Iron Furniture Three Combination Nut Seat
Iron and Zinc Alloy Furniture Three Combination Nut Seat
Dowel Pin+ Gray Elephant Rubber Sleeve
Dowel Pin+ Transparent Elephant Rubber Sleeve
Injection Molded Furniture Foot Pad Screw
A three-section injection molding knurled nut is a specialized fastener produced through a three-step molding process, often involving multiple materials or colors. This nut features a knurled surface for enhanced grip and anti-slip functionality. The three-section design allows for complex shapes and integrated features, offering superior customization and performance.
Material Selection: Choose durable, strong materials compatible with injection molding, such as nylon, polycarbonate, or polypropylene.
Design for Molding: Incorporate draft angles, maintain uniform wall thickness, and ensure proper ventilation to facilitate molding and prevent defects.
Knurled Texture: Design the knurled pattern with precision and ensure mold tooling can accurately replicate it to provide effective grip.
Sectional Design: Plan the core and cavity sections of the mold to accommodate the three-part structure and ensure proper alignment and fit.
Tolerances and Fits: Ensure precise dimensional tolerances for proper fit and function, and consider ease of assembly with other components.
Testing and Validation: Create prototypes to test the design and functionality, and implement quality control measures to ensure the final product meets specifications.
aaron18129983931@gmail.com
aaron18129983931@gmail.com
aaron18129983931@gmail.com