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HMRPL
Carbide Insert APGT113504/08 Tabikut Brand Pack of 10 pcs
₹ 2,017.00Unit price /UnavailableHMRPL
VCGT160402/04/08 AK H01 aluminum machining insert pack of 10
₹ 2,950.00Unit price /UnavailableHMRPL
CCGT09T302/04/08 AK-H01 Aluminium Insert Tabikut pack of 10
₹ 2,124.00Unit price /UnavailableHMRPL
TNMG160404/8 HA N01 aluminum machining insert pack of 10
₹ 2,360.00Unit price /UnavailableHMRPL
RCGT1204 Carbide Insert RCMT/RCGT1204 TABIKUT pack of 10
₹ 2,000.00Unit price /UnavailableHMRPL
NON FERROUS MGMN GROOVING GN01 aluminum machining insert pack of 10
₹ 2,360.00Unit price /UnavailableHMRPL
CCGT060202/04 AK H01 Tabikut Aluminium Insert pack of 10
₹ 1,860.00Unit price /UnavailableHMRPL
VCGT110302/04/08 AK H01 aluminum machining insert pack of 10
₹ 1,770.00Unit price /UnavailableHMRPL
Tabikut TCGT110204 ak h01 aluminium grade insert pack of 10
₹ 2,124.00Unit price /UnavailableHMRPL
Threading 16ER/IR-1.5 ISO HA N01 aluminum machining insert pack of 10
₹ 2,350.00Unit price /UnavailableHMRPL
Tabikut TCGT16T302/04/08 AKH01 uncoated insert PACK OF 10
₹ 2,360.00Unit price /UnavailableHMRPL
WNMG080404/08 HA N01 aluminum machining insert pack of 10
₹ 2,650.00Unit price /UnavailableHMRPL
Threading 16IR-1.0 ISO HA N01 aluminum machining insert pack of 10
₹ 2,360.00Unit price /Unavailable
Frequently Asked Questions
Q1.What types of metals are considered non-ferrous in machining?
Non-ferrous metals are materials that do not contain iron as their main component. Common examples include aluminum, brass, copper, magnesium, and titanium. These metals are widely used in precision machining because they are lightweight and resistant to rust.
Q2.Why are special cutting tools required for non-ferrous materials?
Non-ferrous metals are softer compared to many ferrous materials, which means chips can stick to the cutting edge during machining. Specially designed cutting tools with sharper geometry help reduce chip adhesion and improve machining efficiency.
Q3.What is the difference between tools for ferrous and non-ferrous machining?
Tools designed for ferrous metals often have coatings that handle high heat and hardness. In contrast, tools for non-ferrous materials focus on sharp edges, smooth surfaces, and chip evacuation to prevent material buildup on the tool.
Q4.How can machinists achieve a better surface finish on non-ferrous parts?
To achieve a smoother finish when machining aluminum or copper, machinists should use sharp cutting tools, higher spindle speeds, and proper lubrication. This combination reduces friction and helps produce a clean and accurate surface.
Q5.Are carbide tools suitable for machining non-ferrous metals?
Yes, carbide cutting tools are commonly used for machining non-ferrous metals because they offer excellent wear resistance and stability at high cutting speeds. Carbide tools also help maintain precision in CNC operations.
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