Tubular

Machine tap G / BSP, straight groove + chip breaker, for pipe thread Thread type: G / BSP - British Standard Pipe thread Top angle: 55 ° Form: B Material: HSSE - High speed cobalt steel (HSSCo5) Standard: DIN 5156, DIN ISO 228 Usage: Structural and carbon steel, low-alloy steel, steel castings up to 800N / mm2 Brass with a long chip Free-cutting steel, structural and case-hardening steel Spherical and malleable cast iron Non-alloy and low-alloy copper alloys Aluminum alloys with Si content

Machine G - tubular spiral tap (quick-cutting) PM with chip breaker Thread start: B, 4 courses - see attached photo Material: HSSE-PM (High-speed steel +5% Cobalt, production by sintering) Coating : HL - Balinit HardLube with carbide component (TiAlN + WC / C) with hardness 2600 HV Standard: DIN5156, DIN ISO228 Grounded thread profile Usage: Universal - for steels, stainless steels, cast iron, non-ferrous metals and heat-resistant steels, can be used in emergencies and for piece cutting of threads in hardened steel. Suitable for machining centers, possibly also for older types of numerical and conventional machines with lower performance.

Machine spiral tap G / BSP (high speed) in helix Thread type: G / BSP - British Standard Pipe thread Thread lead: C, 2-3 turns - see attached photo Material: HSSE - High speed cobalt steel (HSSCo5) Coating: uncoated Thread apex angle: 55 ° Helix angle: 40 ° Standard: DIN5156, DIN ISO228 Ground thread profile Usage: Structural and carbon steel, low-alloy steel, steel castings up to 800N / mm2 Brass with a long chip Free-cutting steel, structural and case-hardening steel Spherical and malleable cast iron Non-alloy and low-alloy copper alloys Aluminum alloys with Si content

Machine spiral tap ( quick-cutting ) G R40 in helix Thread type: G / BSP - British inch pipe thread (British Standard Pipe thread) Thread lead: C, 2 courses - see attached photo Material: HSSE ( High-speed steel 5% Cobalt ) Coating: no coating Top angle of thread: 55° Helix angle: 40° Standard: DIN5156 , DIN ISO228 Ground thread profile Use : P1.3 : Carbon automatic steel (C > 0.55%) with strength up to 650MPa M2.2 : Stainless austenitic steel with strength up to 1000MPa

Machine spiral tap (high speed) R45 PM in helix Thread lead: C, 2 turns - see attached photo Material: HSSE-PM (High speed steel + 5% Cobalt, sintering) Coating: HL - Balinit HardLube with carbide component (TiAlN + WC / C) with hardness 2600 HV Helix angle: 45 ° Standard: DIN5156, DIN ISO228 Ground thread profile Usage: Universal - for steels, stainless steels, cast iron, non-ferrous metals and heat-resistant steels, can also be used for emergency threading of hardened steel. Suitable for machining centers, or even for older types of numerical and conventional machines with lower power.

Machine G tubular spiral tap for NC / CNC machines (high speed) in S-NC helix Standard: DIN 5156 Thread lead: E, 1.5 to 2 turns - see attached photo Material: HSSE-PM (High speed steel + 5% Cobalt, sintering) Ground thread profile Coating: TiCN - Titanium Carbon Nitride Helix angle: 45 ° Usage: 1.3 : Structural and carbon steel, low-alloy steel, steel castings up to 1100N / mm2 1.4 : Alloy steels, cold drawn tool steel up to 1000N / mm2 2.1 : Ferritic and martensitic stainless steel up to 1000N / mm2 3.3 : Ball and malleable cast iron up to 700N / mm2 3.4 : Ball and malleable cast iron up to 1000N / mm2 1.1: Magnetic and mild structural steel up to 400M / mm2 1.2: Structural and free-cutting steel up to 500N / mm2 1.5: Hardened and hardened steels up to 38 HRC up to 1200N / mm2 2.2: Austenitic steel up to 850N / mm2 2.3: Heat-resistant stainless steel up to 1100N / mm2 4.4: Copper and its alloys up to 400N / mm2 4.5: Brass up to 600 N / mm2 4.7: Aluminum and copper alloys with long chips up to 800N / mm2 4.8: Aluminum and zinc alloys with long chips up to 800N / mm2 6.3: Brass with long chips up to 700N / mm2 7.2: Aluminum alloys with silicon content up to 5%, up to 700N / mm2 7.3: Aluminum alloys with silicon content from 5% to 10%, up to 400N / mm2 This tap is designed for NC machines - synchronized thread cutting

Left-hand BSP machine tap, straight groove, for pipe thread Thread type: English pipe inch whitworth thread - British Standard Pipe thread Dimension: according to the selected variant Peak angle: 55° Form: C Material: HSSE - High Speed ??Steel 5% Cobalt Co5 Standard: DIN 5156, DIN ISO 228 Use: Well machinable materials up to 900 N/mm2 Non-alloyed and low-alloyed steels For manual and machine application For through and blind holes

NPT short machine tap, straight groove, for conical pipe thread Size: 3/8" Pitch: 18 turns per inch Taper: 1:16 Peak angle: 60° Form: C Material: HSS - High Speed ??Steel Use: Well machinable materials up to 900 N/mm2 Non-alloyed and low-alloyed steels For manual and machine application For through holes

NPT short machine tap, straight groove, for conical pipe thread Size: 1/2" Pitch: 14 turns per inch Taper: 1:16 Peak angle: 60° Form: C Material: HSS - High Speed ??Steel Use: Well machinable materials up to 900 N/mm2 Non-alloyed and low-alloyed steels For manual and machine application For through holes

Short machine tap Rp (PS) , straight slot , for cylindrical pipe thread Size: 3/8" Pitch: 19 steps per inch Apex angle: 55° Form: C Material: HSS - High Speed ??Steel Standard: DIN 2999 Use: Well machinable materials up to 900 N/mm2 Non-alloyed and low-alloyed steels For manual and machine application For through holes

Short machine tap Rp (PS) , straight slot , for cylindrical pipe thread Size: 3/4" Pitch: 14 steps per inch Apex angle: 55° Form: C Material: HSS - High Speed ??Steel Standard: DIN 2999 Use: Well machinable materials up to 900 N/mm2 Non-alloyed and low-alloyed steels For manual and machine application For through holes

Short NPT machine tap, straight slot with chip breaker, for conical pipe thread Size: 1/8" Pitch: 27 turns per inch Taper: 1: 16 Apical angle: 60° Form: B Material: HSS - High Speed ??Steel Use: Well machinable materials up to 900 N/mm2 Non-alloy and low-alloy steels For manual and machine application For through holes