Logo
AYCNADLCHDHSS Drill for Aluminum/Copper DLCHD已售出0個HSS Drill for Aluminum/Copper DLCHD (544), an end-mill shank drill whose flute geometry and DLC coating are optimized for gummy non-ferrous metals, keeping chips flowing without built-up edge. Diameter 1~13mm, overall length 50~158mm, 8~13xD, available in 121 sizes. Suits aluminum, copper and other non-ferrous metals up to HRC30 - a dedicated aluminum drill. Japanese brand, consistent quality.
規格
請選擇規格 (可輸入關鍵字快速搜尋)
數量
最低購買數量：1
$ 270 ~ $ 2,700
商品分類
Cutting ToolsDrill bitEnd Mill Shank Drill
HSS Drill for Aluminum/Copper DLCHD
標籤
Aluminum Drill

【Product Name】The NACHI DLC-Coated HSS Drill (SKU: AYCNADLCHD) is a high-performance tool engineered for high-efficiency "ISO N Non-Ferrous Metal" applications. It targets the primary technical challenges of material welding (sticking) and built-up edge (BUE) in soft, ductile alloys like aluminum and copper.

【Key Features & Benefits】

  • DLC (Diamond-Like Carbon) Coating: Features an ultra-low friction coefficient and high surface hardness. This is a reliable recommendation for Aluminum 6061/7075, ensuring that chips slide out smoothly without sticking, thus eliminating tool clogging and breakage.

  • 135° Point & 32~38° High Helix: The 135-degree point angle provides excellent centering precision and reduces axial thrust. Combined with an aggressive helix angle, it supports high-speed material removal while maintaining consistent chip evacuation.

  • Mirror-Like Surface Finish: The smoothness of the DLC coating prevents micro-scratches on the hole wall, delivering high surface integrity and dimensional accuracy, often reducing the need for secondary reaming.

  • Material Adaptability:

    • ISO N (Non-Ferrous): Delivers peak performance in 5000/6000/7000 series aluminum, pure copper, brass, and plastics—ideal for electronics and aerospace component manufacturing.

【Processing Intent】

  • Primary Applications: Precision drilling in aluminum components, copper parts for electrical conductivity, plastic drilling (burr reduction), and high-speed production lines requiring anti-sticking performance.