AEX Carbide Roughing End Mills
AEX carbide roughing end mills is an aluminum cutting tools, without coating
What is the coating ?
|Coating Type||Color||Micro Hardness (HV0.05)||Coating Thickness (um)||Friction Coefficient||Highest Working Temperature (Celsius)|
How is the coating performance ?
|TiN||Excellent adhesion and fine surface finish||Applied to forming plastic injection molding, metal stamping, wear resistant coatings for machine components, No affection no original surface finish and suitable for mirror coating|
|TiCN||Wear-resisitant, low friction coeffcient||Applied to milling, press forming, tapping, injection molding and interrupted cutting|
|TiCN-MP||Excellent adhesion, excellent roughness,wear-resistant||Applied to interrupted cutting, milling, tapping, forming and stamping|
|TiAIN||High temperature resistance,wear resistant,excellent toughness and hardness,excellent adhesion||Applied to drilling, turning, high speed cutting,injection mold with glass fiber added|
|CrN||Excellent surface finish, strong self-lubricating,wear-resistant, corrosion-resistant,oxidation-resistant, excellent adhesion||Applied to copper tool, injection molding, corrosive plastic, components like mechanical axis, pin, can be performed with low temperature coating|
|ACO||High temperature resistant, oxidation-resistant, strong abrasive resistant||Applied to abrasive material above HRC55, especially applicable for high speed cutting and dry cutting which is dominant in tungsten carbide high speed drill|
|MDT||Excellent toughness, high micro hardness||Ideal coating for turning, drilling, milling and punching which is applicable for dry and wet high speed cutting|
|ATN||Excellent surface finish, high hardness, anti-sticking, low coefficient of friction||Suitable for machining stainless steel, Ti-alloy and tool steel|
|TiCrN||Easy-demold, low adhering, high wear-resistance,corrosion-resistant||Applied to injection mold, punching die, components and injection mold with glass fiber added|
|AICrN-S||Good for mould release, high wear resistance, corrosion resistance||Applied to plastic injection moulding to solve the problem of wear (e.g. glass fiber additive), corrosion and sticking|
|TMAC||Excellent heat temperature, oxidation resistance, high tenacity, wear-resistant||Applied to gaer hobs, punches, punchin die, drill , insert and mirror surface stainless steel which is widely used in cutting, punchin and AI die-casting|
|ACS||Anti corrosion, anti-soldering||Suitable for ZiNC and aluminum die , casting die, to solve the problem fo errosion, corrosion and soldering|
|DLC||Low friction cofficient, excellen adhesion, high lubrication||Applied to coating of mold, parts and medical device, expecially applicable for slide and nonferrous metal|
|Ta-C||High Hardness, excellent toughness, good lubrication||Applied to coating on tungsten carbide , Ta-c is widely used for cutting tools such as milling tool, micro drill and stamping die for processing non-ferrous metals like copper and aluminum|
|NF1||Coating without Ti and Cr||Applied to plastic injection mold and silicon mold on anti-plastic sticking and also on aluminum copper and Titanum molding and its components|
|nA-Bu||High thermal performance, high hardness||Suitable for hard cutting, suitable for high requirements and general cutting conditions, apperance can be painted decorative blue|
What is the standard size ?
|Product Code||Cutting Diameter (D)||Cutting Length (H)||Overall Length (L)||Shank (d)|
What is the tolerance ?
|Cutting Diameter||Cutting Blade Tolerance||Shank Tolerance|
What is the suitable machining material ?
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