RUKO HGB-DIN352-HSS-60°-5/8 UNC ručný závitník, 5/8 palca, HSS, DIN 352

Cutting internal UNC threads by hand requires a tap that holds its edge and follows the DIN 352 standard precisely. The RUKO HGB-DIN352-HSS-60°-5/8 is a finishing tap made from high-speed steel, ground to a 60° thread angle for clean, accurate threads in general-purpose steels, non-ferrous metals, and cast iron.

Who is it for

Machinists, maintenance technicians, and metalworkers who need a reliable hand tap for producing or repairing 5/8" UNC threads. It suits workshops where manual tapping is preferred over machine tapping and where tool life and thread quality matter.

Main features

• Thread standard: DIN 352, UNC (Unified National Coarse), 5/8 inch nominal diameter, 11 threads per inch.
• Material: High-speed steel (HSS) for durability and heat resistance.
• Straight flutes for efficient chip evacuation in hand tapping.
• 60° thread angle, right-hand cutting direction.
• Bright (uncoated) surface treatment.
• Tolerance class ISO 2 (6H).
• Shank diameter 14.0 mm, square drive 11.0 mm.
• Overall length 110 mm, thread length 30 mm.
• Recommended core hole diameter: 13.5 mm.

Specifications

• Brand: RUKO GMBH
• Model: 1000022830
• MPN: 1000022830
• EAN: 4007140100863
• Thread type: UNC
• Nominal diameter: 5/8 inch (15.875 mm)
• Threads per inch: 11
• Thread standard: DIN 352
• Material: High-Speed Steel (HSS)
• Flute type: Straight
• Thread angle: 60°
• Cutting direction: Right-hand
• Shank diameter: 14.0 mm
• Square drive: 11.0 mm
• Overall length: 110 mm
• Thread length: 30 mm
• Tolerance class: ISO 2 (6H)
• Surface treatment: Bright (Uncoated)
• Application: Hand tapping
• Recommended material: General purpose steels, non-ferrous metals, cast iron
• Tap type: Finishing tap
• Number of pieces: 1
• Recommended core hole diameter: 13.5 mm

Tips

Use a suitable tapping lubricant to reduce friction and improve thread finish. Ensure the core hole is drilled to the recommended diameter before tapping. For blind holes, clear chips frequently to avoid binding.