BALAX 12888-00U 1/4-28 PH8 Thredfloer SUPER TIN

Cutting Tools - BALAX 12888-00U Thredfloer Tap The BALAX 12888-00U 1/4-28 PH8 Thredfloer Tap is a high-performance cutting tool designed for precision threading in a variety of materials. Engineered with Balax's innovative Lead Form Geometry Correction process, this tap minimizes tapping torque, enhancing operational efficiency and prolonging tool life. Ideal for automotive and general engineering applications, the Thredfloer tap offers superior performance in both production and repair environments. ## Key Features • **Precision Thread Design**: The unique lead thread geometry reduces torque and enhances thread quality, ensuring consistent and reliable performance. • **Material Compatibility**: Constructed of high-speed steel (HSS), this tap is suitable for a wide range of materials including aluminum, steel, and plastic. • **Size Specification**: Designed for 1/4-28 threads with a PH8 point for optimal chip removal and improved thread finish. • **Durability**: Coated with SUPER TIN, the tap exhibits exceptional wear resistance and extends tool life through improved surface hardness. • **Efficiency**: Delivers a balanced axial design, minimizing vibration and increasing the effectiveness of each tapping operation. ## Applications • **Automotive Industry**: Perfect for use in automotive parts manufacturing, allowing for precise thread cutting in engine components and chassis. • **General Engineering**: Versatile enough for various engineering applications, including assembly and repair work on machinery and equipment. • **High-Volume Production**: Ideal for situations requiring rapid and repeated threading without compromising quality or performance. ## Benefits • **Enhanced Performance**: The advanced design reduces tapping torque, leading to faster production cycles and lower energy consumption. • **Reliability**: Proven technology from Balax ensures consistent quality, making it a trusted choice for manufacturers. • **Cost-Effective**: Extended tool life and reduced wear lead to lower replacement costs and improved overall efficiency in manufacturing processes. --- *Product information compiled with AI assistance for reference purposes.*