RUKO HGB-DIN352-HSS-55° macho de rosca manual G 1/8" HSS-G DIN 352

Precision-ground HSS-G hand tap for G 1/8" BSPP threads with a 55° thread angle, engineered to DIN 352 for reliable manual thread cutting in steels and non-ferrous metals.

Overview

The RUKO HGB-DIN352-HSS-55° is a high-performance hand tap manufactured from HSS-G (high-speed steel, ground) for superior cutting accuracy and durability. It conforms to DIN 352, ensuring dimensional consistency and compatibility with standard tapping operations. The tap features a G 1/8" British Standard Pipe Parallel (BSPP) thread with a 55° thread angle and 28 threads per inch, making it ideal for creating parallel pipe threads that seal on the thread flanks. With a right-hand cutting direction and three flutes, it efficiently evacuates chips while maintaining thread quality. The bright surface finish reduces friction and improves chip flow. This tap is designed for manual threading in unalloyed and low-alloyed steels, cast iron, and non-ferrous metals.

What stands out

• 55° thread angle for BSPP parallel pipe threads
• HSS-G ground high-speed steel for sharp, long-lasting cutting edges
• DIN 352 compliance for standardized tooling
• Three flutes for efficient chip removal
• Bright finish for reduced friction

Technical details

• Product Type: Hand Tap
• Material: HSS-G (High-Speed Steel - Ground)
• Standard: DIN 352
• Thread Type: G (BSPP - British Standard Pipe Parallel)
• Nominal Thread Size: G 1/8"
• Thread Angle: 55°
• Pitch: 28 TPI (Threads Per Inch)
• Cutting Direction: Right-hand cut
• Application: Manual thread cutting
• Recommended Materials: Unalloyed and low-alloyed steels, cast iron, non-ferrous metals
• Total Length (L1): 46 mm
• Thread Length (L2): 16 mm
• Shank Diameter (d2): 6 mm
• Square Drive Size (a): 4.9 mm
• Number of Flutes: 3
• Surface Finish: Bright
• Tolerance Class: Medium
• Set Configuration: Single Tap

Our verdict

A precise and durable hand tap for BSPP threading, ideal for workshops and maintenance tasks requiring reliable G 1/8" parallel threads.