Faithfull · Tap & Die Sets

Faithfull 39 Piece Carbon Steel Tap and Die Set Metric

The Faithfull 39 Piece Carbon Steel Tap and Die Set is a comprehensive metric threading solution designed for cutting and cleaning threads in mild steel, aluminium and brass. Manufactured from high quality C45 carbon steel, this professional set provides everything needed for thread repair and creation work across a wide range of applications. This complete kit includes 16 metric taps and 16 matching metric dies covering the most commonly used European thread sizes from M3 to M12, making it ideal for general engineering, maintenance and fabrication tasks. The set also features a tap wrench for M3-12, a 25mm die stock holder, screwdriver, screwpitch gauge, and both tap and die in 1/8 inch NPT for pipe threading applications. Suitable for plumbers, engineers, maintenance technicians and metalworkers, this versatile set handles everyday threading requirements in workshops, on-site repairs and manufacturing environments. The C45 carbon steel construction ensures reliable performance when working with softer metals, whilst the screwpitch gauge allows accurate thread identification before cutting or repair work begins. Features and Benefits: • High quality C45 carbon steel construction for durability and clean thread cutting • Comprehensive range of 16 metric sizes covering most common European threads • Complete with essential accessories including tap wrench, die holder and screwpitch gauge • Suitable for multiple materials including mild steel, aluminium and brass • Includes NPT thread tools for pipe work applications Contents: 1 x Tap wrench: M3-12 1 x Die stock holder: 25mm (1 inch) 1 x Screwdriver 1 x Screwpitch 1 x Tap wrench 16 x Metric Taps: 3x0.5mm, 3x0.6mm, 4x0.7mm, 4x0.75mm, 5x0.8mm, 5x0.9mm, 6x0.75mm, 6x1.0mm, 7x0.75mm, 7x1.0mm, 8x1.0mm, 8x1.25mm, 10x1.25mm, 10x1.5mm, 12x1.5mm, 12x1.75mm 1 x Tap: 1/8 inch NPT 16 x Metric Dies (same sizes as metric taps) 1 x Die: 1/8 inch NPT Specifications: Thread Type: Tap & Die Set

90-day range £∞–-£∞ · average £NaN