THR G1/16X28 BSP 6xD6x60 3T

Description

THR G1/16X28 BSP 6xD6x60 3T is a high-precision solid carbide thread mill developed for CNC machining of G-series BSP (British Standard Pipe Parallel) internal threads used in hydraulic fittings, pneumatic connectors, mould components, and fluid control systems. This tool is designed to produce accurate G1/16-28 BSP threads with clean profile, correct pitch and smooth sealing surfaces in materials such as stainless steel, P20 steel, D2 tool steel, alloy steel and hardened engineering metals.

Manufactured from premium micro-grain carbide rod, this CNC threading cutter offers excellent wear resistance, heat stability and edge strength, enabling reliable performance in high-speed CNC machining centers. The 3-tooth (3T) cutting geometry ensures balanced cutting forces, efficient chip evacuation and vibration-free operation, which is critical for producing high-quality BSP threads without burrs or thread distortion. Compared to conventional taps, thread milling provides better control over thread size, higher accuracy and lower risk of breakage, especially when machining tough or hardened materials.

With a 6 mm cutting diameter, D6 shank and 60 mm overall length, this tool offers strong rigidity and precise tool control, allowing consistent machining of deep and shallow BSP internal threads. The rigid shank ensures low run-out, accurate thread concentricity and smooth thread finish, resulting in leak-proof pipe connections that meet industrial sealing requirements.

This thread mill is widely searched as BSP thread mill, carbide thread milling cutter, CNC pipe thread tool, G-series thread mill, precision carbide tools India and CNC cutting tools manufacturers, making it highly visible to customers looking for industrial cutting tools suppliers and CNC tools supplier in India.

The THR G1/16X28 BSP 6xD6x60 3T is commonly used in hydraulic blocks, pneumatic valves, mould inserts, cooling channels and fluid manifolds, where precise thread geometry and reliable sealing are essential. Its ability to maintain pitch accuracy and thread form makes it a vital tool for high-precision CNC machining operations.