CRC Super Tapping Fluid Thread Tapping Fluid 250 ml Aerosol 32686

CRC 32686 Super Tapping Fluid Thread Tapping Fluid 250 ml Aerosol is a specialized liquid designed to improve tapping and threading operations in metalworking industries. Formulated for use on both ferrous and non-ferrous metals, including challenging materials like stainless steel, nickel alloys, brass, and aluminium, this fluid helps reduce friction and tool wear to promote enhanced machining efficiency and excellent finish quality.

Packaged in a convenient 250 ml aerosol with an extension tube, this tapping fluid allows precise application in hard-to-reach areas, ensuring consistent lubrication where it is needed most. The formulation is free from sulphur or chlorine-based additives, making it safer for use on sensitive materials and reducing potential corrosion risks.

Ideal for tapping, threading, and reaming tasks, it supports both manual and machine operations, enhancing productivity and tool longevity. The fluid's flash point of 150°C ensures safe handling under typical machining heat conditions. Compliance with EN 166 standards underlines its quality and reliability.

Common applications include use in industrial plants, manufacturing workshops, metal fabrication, and maintenance departments. Its aerosol form offers ease of use and minimizes waste through controlled dispensing.

The product originates from Belgium, reflecting high manufacturing standards and consistent quality control. This fluid promotes an excellent finish in machining processes. It contains no sulphur or chlorine-based additives, ensuring material safety.

The aerosol package includes an extension tube for accurate fluid application. It is suitable for tapping on various metals such as stainless steel, aluminium, and nickel alloys. This fluid supports threading and reaming tasks, enhancing machining precision.

Frequent application maintains a protective film for optimal performance. Explore more Cutting Fluids and lubrication solutions within EnvMart Industrial Supplies for optimized metalworking operations.