Carbide Inserts Turning Inserts Lathe, APMT1604, 10 Pcs, Metal Lathe Tools

Key features

• Superior Milling Performance: The APMT1604 Carbide Inserts are perfect for fine and semi-fine milling of stainless steel materials. With smooth chip removal, high hardness, and exceptional heat resistance, these milling inserts ensure efficient and precise milling operations.
• High-Precision and Durability: Featuring high-precision passivation treatment and advanced coating processes, these carbide apmt1604 tin coated inserts boast a long service life. The titanium-plated hard alloy construction provides superior wear resistance and a sharp cutting edge for fast and accurate cutting.
• Comprehensive Specifications: Model: The model of this lathe milling inserts: Dual-edge APMT1604 PDER; Coating: CVD; Material: Carbide; I.C (d): 0.366" (9.3 mm); Thickness (s): 0.187" (4.75 mm); Hole (d1): 0.173" (4.4 mm); Nose Radius (r): 1/32" (0.8 mm); Nose Angle: 85°; Relief Angle: 11° Suitable for both finishing and roughing applications.
• Versatile Applications: Designed for processing steel parts (e.g., 4140 alloy steel) and stainless iron (e.g., 304 stainless steel), these lathe holder milling inserts are ideal for materials with hardness ranging from HRC 15° to HRC 45°. Compatible with 300R Series End Milling Holders, this lathe turning milling Carbide Inserts are perfect for indexable face mills, end mills, peripheral milling, ramping milling, helical milling, slotting milling, and plunging milling.
• Enhanced Performance with CVD Coating: The CVD coating on these turning milling Carbide Inserts provides strong impact resistance, high precision, and excellent finish quality. The combination of a carbide matrix and AlTiN coating with a composite multilayer structure ensures prolonged tool life, strong film-base bonding, and a low friction coefficient, making them ideal for high-quality and efficient steel and stainless steel processing.

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