Product Introduction (Brass Fork for Conductivity)

Engineered for high‑efficiency electrical conduction and stable long‑term service in corrosive electroplating environments, our custom conductive brass forks serve as core current‑carrying and hanging components for electroplating production lines. Made from high‑grade solid brass, these parts deliver excellent acid‑alkali resistance, wear resistance and structural toughness, suitable for continuous operation in plating workshops. Besides reliable conductive performance, the forks feature precise dimensional consistency and stable assembly compatibility with electroplating equipment. As your professional manufacturing partner, we strictly manage the whole production process from precision machining to final quality testing, fully meeting your customized technical and operational standards.

Customization & Manufacturing Advantages

We specialize in custom‑made conductive brass forks tailored to your drawings and specifications, with various structural options for different current‑carrying and hanging needs. Premium solid brass (H59, H62) is selected to ensure superior conductivity, corrosion resistance and mechanical strength against plating solution erosion. Each fork is precision‑machined with high dimensional accuracy and smooth surface finish. Advanced processes including CNC machining, forging, stamping and fine polishing are adopted to maintain stable conductive performance, providing OEM‑ready spare parts for direct installation.

Product Basic Info

Product Name	Brass Fork for Conductivity	Main Material	Aluminum Alloy (ADC12, A380, Stainless Steel 6061, 6063)
Core Structure	Aluminum Alloy: Lightweight, Excellent Heat Dissipation, Good Castability Cast Iron: High Rigidity, Good Vibration Damping, Cost-effective Carbon Steel: High Strength, Economical and Practical	Manufacturing Process	Die Casting (Mainly for Aluminum Alloy), Sand Casting (for Cast Iron), Stamping and Drawing (for Thin Steel Plate), CNC Precision Machining
Surface Treatment	Anodizing (for Aluminum, Improves Corrosion Resistance and Hardness) Electroplating (Zinc, Nickel, Anti-rust and Aesthetic) Powder Coating/Painting (Protection and Appearance)	Dimensions	Diameter (Fits with Motor Shell): Customized per Drawing, High Precision
Technical Standards	• Dimensional Accuracy: CNC Machining Can Achieve ±0.02mm • Surface Hardness: Anodized Film Hardness HV > 300 • Dynamic Balance Grade: According to Motor Speed Requirements (e.g., G6.3, G2.5) • Sealing/Waterproof Rating: Some Models Require Passing IP54, IP65, etc. • Corrosion Resistance: Pass Neutral Salt Spray Test (e.g., 72 Hours or More)	Applications	Servo Motors, Stepper Motors, Brushless Motors, Geared Motors, Water Pump Motors, Industrial Fans, Household Appliance Motors
Place of Origin	Foshan, China	Brand Name	dingzhan
MOQ	1000pcs	Lead Time	30-35 days

Custom Manufacturing Capability

We focus on custom production of electroplating‑grade conductive brass forks based on your engineering drawings. With advanced forging, stamping and CNC precision machining, we realize complex custom shapes while optimizing conductive efficiency and structural stability. Full customization of size, thickness, bending angle and load‑bearing design is available to convert your requirements into durable high‑quality products.

Production Process Flow

Mold preparation → Raw material cutting → Forging/Stamping/CNC forming → Deburring → Fine polishing → Cleaning → Full inspection → Packaging

Collaboration Benefits

We are your trusted technical manufacturing partner from development to mass production. Our experience in electroplating conductive hardware guarantees products with stable conductivity, high precision and strong corrosion resistance. We provide engineering support for standard and heavy‑duty customized conductive forks to meet all your production demands.