Core Mechanical Components

🔷Product Overview

• Skiving is a mechanical machining technique.
• It produces continuous, high-aspect-ratio fins by shaving the aluminum parent material.
• This process delivers superior thermal conductivity.
• It provides minimal thermal resistance and excellent mechanical integrity compared with bonded fin methods.

🔷Features

• Thermal Efficiency: Continuous metal path reduces thermal resistance.
• Scalability: From prototype to volume production.
• Design Freedom: Unusual cross-sections and footprint options.
• Durability: Mechanically robust, vibration resistant.

🔷Technical Specifications

• Material: 6061-T6 or 6063-T5 aluminum
• Fin thickness (typical): 0.1–0.6 mm
• Fin pitch: 0.5–6.0 mm
• Base thickness: 1.0–10.0 mm (custom)
• Max fin height: up to 80 mm (application dependent)
• Thermal interface options: TIM grooves, solderable surfaces
• Surface finish: Anodize (clear/black), nickel plating, powder coat

🔷Manufacturing Process

1. Design & Engineering — Thermal simulations & custom profile CAD.
2. Skiving / Forming — Precision skiving (fin pitch from X mm to Y mm, depths to Z mm).
3. CNC Machining — Holes, slots, mounting features.
4. Finishing — Anodize, bead blast, plating as required.
5. Inspection & Test — Dimensional QC, thermal testing.
6. Packing & Shipping — ESD-safe, customized packaging.

🔷Applications

• LED lighting & luminaries
• Power electronics & converters
• Telecom base stations & networking equipment
• Automotive electronics & inverters

🔷Custom Order & Contact

• Custom Manufacturing to Your Specifications
  Our engineering team works closely with you. We ensure precise dimensions and optimal thermal performance. We also focus on cost-effective production.
• Send us your requirements today, and we’ll provide a tailored solution and competitive quotation.