A Solid Carbide Drill represents a top-tier cutting instrument crafted exclusively from solid carbide substance, devoid of any welded or connected components. This drill finds extensive applicability across industries spanning aerospace, automotive, mold production, electronics, and medical equipment manufacturing, primarily owing to its outstanding attributes of hardness, wear resistance, and thermal robustness.
Solid carbide drills (through-coolant, polished flutes) → best for productivity and accuracy.
Sharp cutting edges (high rake angle, polished margin).
130°–140° point angle → helps with centering and reduces thrust force.
Highly polished flutes → reduce chip adhesion and help chip evacuation.
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1. Aerospace
Aircraft structural parts: wing spars, ribs, skins (thick aluminum plates requiring deep positioning or through-holes).
Engine components: auxiliary holes, cooling and lubrication passages.
2. Automotive Industry
Engine blocks and cylinder heads: deep oil and water channels.
Chassis / structural parts: lightweight aluminum components with deep mounting holes.
3. Mold & Die Manufacturing
Injection molds and die-casting molds: deep cooling water channels in aluminum molds.
Complex cavity molds: auxiliary deep-hole drilling for machining access.
4. General Machinery & Equipment
Hydraulic valve bodies and pump housings: deep oil and fluid passages.
Precision instruments: lightweight aluminum housings with deep through-holes or bolt holes.
5. New Energy & Electrical Industry
Battery housings: thermal management or cooling passages.
Motor housings: mounting holes and deep cooling holes.