Hardened steel - Import export

Steel 1.1213. Stainless steel 1.4034. Stainless steel 1.4112. Version Steel, ground. Steel, ground and hardchromed, chrome coating 5 10 µm. Stainless steel, ground. The precision steel shafts are generally inductively surface hardened. Note The surface value obtained during the inductive hardening process guarantees high surface wear resistance. Suitable for shaft supports 21565. On request Lengths up to a max. 4000 mm. Accessory Shaft supports 21565. Drawing reference 1) chamfered

Ball element case-hardened steel. Thrust pad ETG 100 steel.

Cam tool steel, hardened and black oxidised. Shaft carbon steel, hardened and black oxidised. Grip carbon steel, black oxidised. Ball knob black thermoset PF 31. Note: Admissible hand force for the handle. Accessory: Standard handles 06355. Screw-in handles with adjustable torque 06357.

Sleeve and spring stainless steel. Ball stainless steel or POM. Version: Sleeve bright. Steel ball hardened and bright.

Fully mechanized on all load bearing surfaces Replaceable hardened steel chucks Unbreakable iron nut can be replaced when used

PRO-ENTRY BENCH LATHE 10507771 This LATHE features a sturdy, rigid design and is manufactured from a combination of high quality gray grained iron and hardened steel. The IRWIN Bench Vice also features a cast steel handle that folds away before the vise can be overloaded and a two-start rolled acme screw that can fully open the jaws in minimal winding. It is an ideal tool for any professional or DIY enthusiast who requires a compact, multi-functional vise with superior clamping force, safe use and robust construction. Features and benefits: Body and sliding jaw are cast from close-grit gray iron, which is machined onto all friction surfaces for smooth, reliable action. Main screw made of high quality hardened steel Anvil included on the back of the body Safety stop system prevents the blade from being separated from the body Hardened steel jaws extend jaw life and are replaceable SG shatterproof iron nut can be replaced when damaged

Workshop Bench Lathe 125 mm IRWIN RECORD No. 5 The collets, chuck and main vise are made of steel. The lathe has a double drive mechanism and an Acme thread to speed up the opening and closing of the collets with minimal rewinding. The workshop bench vice is the most used in the IRWIN® Record® range. SLIDING CALIPPER AND STRUCTURE OF FINE GRAIN GRAY CASTING: Suitable for all types of friction surfaces ensuring a smooth grip. SAFETY TOP: Prevents the guide from coming loose from the structure. HARDENED STEEL COLLECTORS: Extends the life of the collets and can be replaced. UNBREAKABLE SG IRON NUT: It can be replaced in case of wear. CAST STEEL CHUCK: Bends if the tool is subjected to excessive pressure. ACME THREAD WITH DOUBLE DRIVE MECHANISM: For faster operation.

Workshop Bench Lathe 115 mm IRWIN RECORD No. 4 The collets, chuck and main vise are made of steel. The lathe has a double drive mechanism and an Acme thread to speed up the opening and closing of the collets with minimal rewinding. The workshop bench vice is the most used in the IRWIN® Record® range. SLIDING CALIPPER AND STRUCTURE OF FINE GRAIN GRAY CASTING: Suitable for all types of friction surfaces ensuring a smooth grip. SAFETY TOP: Prevents the guide from coming loose from the structure. HARDENED STEEL COLLECTORS: Extends the life of the collets and can be replaced. UNBREAKABLE SG IRON NUT: It can be replaced in case of wear. CAST STEEL CHUCK: Bends if the tool is subjected to excessive pressure. ACME THREAD WITH DOUBLE DRIVE MECHANISM: For faster operation.

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

Mono Hydraulic cylinder Cutting stroke 110 mm 4 manual or motorized mechanical stops accuracy +/ 0.01 mm Through cut and kiss cut on hardened steel plate 60 HRC Picard accuracy +/ 0.01 mm Slow down stroke 10mm before touching the material Fast die change Touchscreen control in different languages Standard electrical, hydraulic and pneumatic parts Safety guards and/or photocells Class 4 Meets CE

Round, Hexagon, Square or Emergency types available Available in Smooth or Serrated Clamping tolerance of +/- 0.5mm Counter boring and special profile shapes are available upon request DC Varibore Collets have the same accuracy specification as spring collets whilst maintaining a gripping range of +/- 0.5mm. Supplied with either smooth or serrated gripping surface. Serrated collets are ideal for aggressive first operation gripping of rough bar work. Vulcanized rubber between the hardened steel collet segments provides excellent protection against coolant and chip ingress. Counter boring and special profile shapes are available upon request.

Round, Hexagon, Square or Emergency types available Available in Smooth or Serrated Clamping tolerance of +/- 0.5mm Counter boring and special profile shapes are available upon request DC Varibore Collets have the same accuracy specification as spring collets whilst maintaining a gripping range of +/- 0.5mm. Supplied with either smooth or serrated gripping surface. Serrated collets are ideal for aggresive first operation gripping of rough bar work.Vulcanized rubber between the hardened steel collet segments provides excellent protection against coolant and chip ingress. Counter boring and special profile shapes are available upon request.

Round, Hexagon, Square or Emergency types available Available in Smooth or Serrated Clamping tolerance of +/- 0.5mm Counter boring and special profile shapes are available upon request DC Varibore Collets have the same accuracy specification as spring collets whilst maintaining a gripping range of +/- 0.5mm. Supplied with either smooth or serrated gripping surface. Serrated collets are ideal for aggresive first operation gripping of rough bar work.Vulcanized rubber between the hardened steel collet segments provides excellent protection against coolant and chip ingress. Counter boring and special profile shapes are available upon request.

Round, Hexagon, Square or Emergency types available Available in Smooth or Serrated Clamping tolerance of +/- 0.5mm Counter boring and special profile shapes are available upon request DC Varibore Collets have the same accuracy specification as spring collets whilst maintaining a gripping range of +/- 0.5mm. Supplied with either smooth or serrated gripping surface. Serrated collets are ideal for aggressive first operation gripping of rough bar work. Vulcanized rubber between the hardened steel collet segments provides excellent protection against coolant and chip ingress. Counter boring and special profile shapes are available upon request.

Round, Hexagon, Square or Emergency types available Available in Smooth or Serrated Clamping tolerance of +/- 0.5mm Counter boring and special profile shapes are available upon request DC Varibore Collets have the same accuracy specification as spring collets whilst maintaining a gripping range of +/- 0.5mm. Supplied with either smooth or serrated gripping surface. Serrated collets are ideal for aggressive first operation gripping of rough bar work. Vulcanized rubber between the hardened steel collet segments provides excellent protection against coolant and chip ingress. Counter boring and special profile shapes are available upon request.

Round, Hexagon, Square or Emergency types available Available in Smooth or Serrated Clamping tolerance of +/- 0.5mm Counter boring and special profile shapes are available upon request DC Varibore Collets have the same accuracy specification as spring collets whilst maintaining a gripping range of +/- 0.5mm. Supplied with either smooth or serrated gripping surface. Serrated collets are ideal for aggressive first operation gripping of rough bar work. Vulcanized rubber between the hardened steel collet segments provides excellent protection against coolant and chip ingress. Counter boring and special profile shapes are available upon request.

13-8 Mo VIM-VAR steel is a precipitation hardening martensitic stainless steel/ It offers excellent strength, fracture toughness and transverse mechanical properties. The material is resistant to stress, corrosion cracking and has the high strength characteristics common to the family of precipitation hardening steels. The alloy is double vacuum remelted (VIM-VAR) which assures low gas content, improved homogeneity and superior cleanliness