10mm Dia 10*25*10*75 TiAISiN Coated 4 Flat Flutes Carbide Square End Mill For Carbon Steel Alloy Steel Cast Iron

10mm Dia 10*25*10*75 TiAISiN Coated 4 Flat Flutes Carbide Square End Mill For Carbon Steel Alloy Steel Cast Iron

Product Description:

The AITiSiN Coated Flat 4 Flutes Carbide End Mill is a high-performance cutting tool designed for various milling applications.It features a solid carbide construction,providing excellent durability and strength.The 4-flute design allows for efficient chip removal and smooth cutting,making it suitable for high-speed machining.The TiSiN coating enhances the tool's wear resistance and thermal stability,enabling it to perform well in demanding cutting conditions.

Technical Parameters:

• Product Name: 4 Flutes Flat End Mill
• Cut Diameter: 10mm
• Cut Length: 25mm
• Shank Diameter: 10mm
• Overall Length: 75mm
• Sample Order: Accepted
• Advantage: Strong and Durable
• Helix Angle: 35 Degrees
• End Type: Flat
• Number of Flutes: 4
• Coating: TiAISiN

Features:

• High Precision:Manufactured with high precision to ensure accurate machining.

• Versatility:Can be used in various milling operations,including slotting,profiling,and general-purpose milling.

• Long Tool Life:The combination of carbide material and TiSiN coating extends the tool's lifespan.

Usage:

This end mill is ideal for use in CNC machines and can operate in different cooling environments,such as oil mist,water cooling,and oil cooling.It is commonly used in industries like aerospace,medical,mold making,power generation,and more.

Packaging and Shipping:

• Packaging:Typically packaged in plastic pipes or boxes to ensure protection during transit.

• Minimum Order Quantity:Varies by supplier,but generally starts from 10 pieces.

• Delivery Time:Usually within 3-5 days for standard sizes after order confirmation.

Notes:

• Before using the carbide end mill,it is recommended to measure the tool deflection and correct it if the accuracy exceeds 0.01mm.

• The tool's performance can be optimized by adjusting cutting parameters such as speed,feed rate,and cutting depth based on the material being machined.