Manfrotto G 1/4 BSPP Machine Tap DIN 5156B HSSE-PM HL MASTERTAP

Cutting precise internal pipe threads in tough materials demands a tap that resists wear and maintains accuracy under pressure. The Manfrotto G 1/4 machine tap meets that challenge with a powder-metallurgy HSSE-PM substrate, cobalt enrichment, and an HL surface treatment for smooth chip evacuation and extended tool life. Engineered to DIN 5156B, it produces G 1/4 (BSPP) parallel threads with a 1.337 mm pitch, ideal for fluid and pneumatic connections where a reliable seal is critical.

Who is it for

This tap is built for machinists, maintenance technicians, and metalworking professionals who thread steel, stainless steel, cast iron, and non-ferrous alloys. It suits both CNC setups and manual tapping operations where consistent thread quality and dimensional accuracy are non-negotiable.

Main features

• Thread standard: G (BSPP) 1/4 inch, 19 TPI, right-hand
• Manufactured to DIN 5156B for reliable form and fit
• HSSE-PM high-speed steel with cobalt for superior hardness and heat resistance
• HL coating reduces friction, prevents chip welding, and extends tool life
• Straight flute design with 4 flutes for efficient chip removal
• Ground thread for precise cutting edges and smooth thread finish
• Overall length 80 mm, thread length 25 mm, shank diameter 10 mm, square drive 8 mm

Specifications

• Brand: Manfrotto
• Model: D4-118M01-3127
• MPN: D4-118M01-3127
• EAN: 5900920756955
• Thread size: G 1/4
• Thread pitch: 1.337 mm (19 TPI)
• Thread direction: Right-hand
• Standard: DIN 5156B
• Material: HSSE-PM
• Surface treatment: HL
• Flutes: 4, straight
• Overall length: 80 mm
• Thread length: 25 mm
• Shank diameter: 10 mm
• Square drive: 8 mm
• Application: Internal pipe threads
• Recommended materials: Steel, stainless steel, cast iron, non-ferrous metals

Tips

Use a suitable tapping fluid for the workpiece material to maximize tool life and thread quality. For blind holes, ensure adequate chip clearance and consider a spiral-flute tap if chip evacuation becomes problematic. Always align the tap perpendicular to the workpiece to avoid thread distortion.