Thread Tap Set FANAR KOMPLET DIN-2181/2 M8x0.75 ISO2(6H) HSS

Thread tap set FANAR KOMPLET DIN-2181/2 M8x0.75 ISO2(6H) HSS is a professional set of hand taps produced for cutting internal metric threads with M8 x 0.75 pitch. Manufactured from high-speed steel (HSS) and conforming to DIN 2181/2 and ISO2 (6H) tolerance, the set is intended for creating accurate fine-pitch M8 threads in a variety of metallic materials. The design and material selection focus on durability and consistent thread form for workshop and industrial use.

Advantages

The HSS construction provides good wear resistance and maintains cutting performance during repeated use. Compliance with DIN-2181/2 and ISO2 (6H) tolerance ensures compatibility with standardized mating parts and reliable thread geometry. The set includes the sequence of taps required to create full-profile internal threads, reducing the need for ad hoc tooling and improving process repeatability.

Suitable for

• Cutting internal M8 x 0.75 metric threads in steel, stainless steel and non-ferrous metals (with appropriate cutting fluid)
• Maintenance and repair of machinery where fine M8 threads are specified
• Workshop and industrial production requiring standardized ISO2 (6H) threaded connections

Key specifications

• Thread size and pitch: M8 x 0.75
• Tolerance class: ISO2 (6H)
• Material: high-speed steel (HSS)
• Standard conformity: DIN 2181/2
• Intended use: cutting internal metric threads (fine pitch)

How to use

Select the correct tap from the set according to the drilling and tapping sequence recommended for fine-pitch M8 threads. Drill the hole to the appropriate core diameter for M8 x 0.75, secure the workpiece, apply suitable cutting fluid, and start tapping by hand or with a tapping handle, keeping the tap perpendicular to the workpiece. Use progressive taps from starter to plug and then bottoming tap if provided, backing off periodically to break chips and clear flutes, and inspect the thread fit against a gauge or mating part.

Usage recommendations

Use appropriate cutting lubricant for the workpiece material, maintain straight alignment during tapping, and clear chips frequently to extend tool life and ensure accurate threads. For hardened materials or production machining, evaluate tool geometry and machine tapping options to optimize performance.