BALAX 17145-01C M1.7 x .35 BD5 Thredfloer FT. PT. REMOVED TICN

Cutting Tools

• BALAX Thredfloer Tap The BALAX 17145-01C M1.7 x .35 BD5 Thredfloer Tap is an advanced cutting tool designed for precision threading applications in the automotive and general engineering sectors. Utilizing Balax's innovative cold-forming technology, this tap minimizes torque during the tapping process, ensuring smoother operation and superior thread quality.

Key Features

• Precision Design: Engineered with Balax's unique Lead Form Geometry Correction, which reduces tapping torque and enhances thread accuracy.
• High-Quality Material: Constructed from high-speed steel (HSS) with a TiCN coating, providing excellent wear resistance and extended tool life.
• Thread Specifications: Features a thread size of M1.7 with a pitch of 0.35, suitable for fine threading applications.
• Balanced Axial Design: The Thredfloer tap ensures balanced performance, reducing the risk of tool breakage and enhancing operational reliability.
• Versatile Applications: Ideal for use in various materials, including alloy steels, aluminum, and plastics, making it a versatile choice for different manufacturing environments.

Applications

• Automotive Industry: Perfect for creating precision threads in engine components, chassis, and other automotive parts.
• General Engineering: Suitable for diverse engineering applications where high-quality threaded connections are essential.
• Compatibility: Works effectively with CNC machines and manual lathes, ensuring high efficiency in both automated and manual operations.

Benefits

• Enhanced Efficiency: The reduced torque requirement allows for faster production speeds and less operator fatigue.
• Improved Thread Quality: Achieves superior surface finish and thread integrity, contributing to overall product reliability and performance.
• Durability: The TiCN coating significantly prolongs tool life, reducing the frequency of replacements and maintenance costs. --- Product information compiled with AI assistance for reference purposes.