Free cutting mild steel without lead.

Free cutting mild steel with sulphur and lead.

Free cutting mild steel with sulphur and lead.

Free cutting mild steel with sulphur, lead and bismuth.

Temperable, unalloyed free cutting high carbon steel with lead.

Unalloyed free cutting mild steel added with lead and sulphur, designed for the production of parts of delicate use such as automotive, watch and micro-motor industries.

Temperable, unalloyed free cutting high carbon steel added with lead and sulphur, specially designed for the production of small high precision parts such as automotive, watch and micromotor industries.

Temperable, unalloyed free cutting steel leaded with 1 % of carbon, specially designed for small high precision parts of the watch industries due to its microstructure but also other applications.

Powder melted, temperable, unalloyed free cutting steel, specially designed for the application of small high precision parts for the watch and automotive industries, including all security parts like the braking systems ABS, ESP etc., meets the requirement of supreme quality in regard to small sizes. The workpiece remains little prone to distortion due to its powder metallurgy. Its fine and regular machinability is similar to LAW 100 Pb.

Temperable, unalloyed free cutting steel added with 1 % of carbon, specially designed for small high precision parts of the watch industries due to its microstructure but also other applications.

ETG 100 alloyed case hardening steel treated, cold drawn, in 3m bars diam. 6.00 mm, tolerance ISO h11

Alloyed structural steel with ferro-pearlite structure.

C-115 mat. no 1.1645, C 105 W 2 unalloyed silversteel cold drawn, ground, in bars of 3m diam. 4.20 mm, tolerance ISO h8

Alloy tool steel with chromium and vanadium.

Alloy tool steel with chromium, vanadium and tungsten.

Temperable spring steel used for collet chucks and shear blade amongst others. It is characterized by good resiliency, enormous tenacity and wear resistance.

Temperable ball bearing steel.

SSR625Co no. 1.3243 BM 35 high speed steel, with, Cr, V, W, Mo, Co drawn, in 3m bars diam. 3.10 mm, tolerance ISO h9

SSR-M-5 no. 1.3343 HS 6-5-2 high speed steel, with, Cr, V, W, Mo drawn, in approx. 3.3m bars diam. 6.30 mm, tolerance ISO h9

Rather non-corroding, free cutting chromium steel characterized by its fine machinability due to a high sulphur content. Its resistance to water and steam is achieved by tempering, hardening and quenching. Condition t above 3 mm in bars (26 – 32 HRC) can be tempered because of its low carbon content unless the final part has been polished properly (without pores).

Non-corroding, temperable free cutting high speed chromium steel showing good corrosion resistance to water and steam and even lightly alkali medias if well-composedly alloyed. It can be tempered because of its low carbon content unless the final part has been polished properly (without pores).

Free cutting chromium steel specially designed for solenoid valves. In annealed condition it exhibits specific magnetic properties and also withstands to corrosion to water and steam.

A rustproof, temperable stainless chromium steel alloy whose corrosion resistance can only be achieved by tempering its parts. For a greater achievement, the parts must be well polished. Due to its low sulphur and carbon content, this quality is even better non-corroding than 1.4034 or 1.4035, designed for medical and dental technologies.

Chronifer M-4028 no 1.4028, X30Cr13, ~Aisi 420B hardenable stainless steel annealed, cold drawn, ground, polished in 3m bars (+30/0mm) pointed, chamfered diam. 8.00 mm, tolerance ISO h7

Temperable, alloyed stainless steel (martensite, no sulphur added) characterized by good corrosion resistance to water unless the final part has been polished properly (without pores). There is no difference due to abrasion of the parts after tempering between 1.4035 (with sulphur) or 1.4034 (without sulphur). Preferentially used for medical instruments such as microsurgery and dental medicine but also for other industries.

Temperable chromium steel (martensite, added with sulphur) characterized by its ease of machining and good corrosion resistance to water and steam unless the final part has been polished properly (without pores). There is no difference due to abrasion of the parts after tempering between 1.4035 (with sulphur) or 1.4034 (without sulphur). Preferentially used for medical instruments such as microsurgery and dental medicine but also for other industries.

The corrosion resistance can only be achieved by tempering the parts. For a greater achievement, the parts must be well polished. Due to its low sulphur and carbon content and some nickel, this quality is even better non-corrosive than 1.4034 or 1.4035. The applications include surgery equipments of medical or dental industries.

Temperable, alloyed stainless steel characterized by good corrosion and abrasion resistance unless the final part has been polished properly (without pores), designed for medical instruments and dental cutting tools such as bone drills. Due to its higher carbon content, it is superior to Chronifer Labor M-13, achieved by a rigorouser acceptance referring to cutting hardness. However, the machinability is strongly limited whereas corrosion resistance to water and steam is fine.

Chronifer M 440A Aisi 440A ~W-Nr.1.4109, ~X70CrMo15, as per ASTM F-899 and ASTM A276 hardenable stainless steel drawn, ground polished, in 3m bars pointed/chamfered, eddy current tested diam. 4.65 mm, tolerance ISO h6

Temperable, non-corrosive alloyed stainless steel characterized by higher-grade hardness than Chronifer M-17B because of its higher carbon content and solid corrosion resistance unless the final part has been polished properly (without pores). However, the machinability is strongly limited whereas the corrosion resistance to water and steam is fine.

Rustproof, temperable stainless steel characterized by its fine machinability and good corrosion resistance, which is even improved by the addition of molybdenum and nickel, unless the final part has been polished properly (without pores). Applications include dental instruments, the automotive industries and also other industries such as high-speed free cutting parts.

A temperable stainless chromium steel alloy added with nitrogen, characterized by its higher corrosion resistance than 1.4112 or 1.4125. High hardness after heat treatment (five different treatments are possible, depending on the application). Excellent aptitude to cutting tools, used for medical instruments such as milling cutter, die, drill bit or ball bearing.

A rustproof chromium-nickel-steel alloy, well applicable for welding but unsuitable for machining.

A rustproof, free cutting chromium-nickel-steel alloy with a high machinability but inapplicable to welding.

A rustproof and acid-poof chromium-nickel-spring-steel alloy, cold worked, applicable to welding.

An easily weldable, rust- and acid-proof chromium-nickel-molybdenum-steel-titanium alloy exhibit-ing a limited machinability and large tool wear. Applications include the food, chemical and textile industry.

Chronifer Special D 18-8 Cu no 1.4570, X8CrNiSCu18 9 ~ Aisi 303 Cu freecutting stainless steel drawn, ground, polished, in 3m bars diam. 5.00 mm, tolerance ISO h8

This rust-proof chromium-nickel-steel alloy is precipitation hardenable with an excellent corrosion resistance in normal air atmosphere and withstands corrosion in fresh water, approximative the serie AISI 300, 303, 304, and an adequate final hardness (up to 44 HRC after precipitation hardening). A single-step aging treatment develops a high qield strength with good ductility and toughness. Applications include medical instruments and cognate branches.

A percipitation hardenable chromium-nickel-steel alloy with an excellent resistance to corrosion in normal air atmosphere or fresh water and slight risk of breakage after impact (notched impact strength. A single-step aging treatment develops exceptionally high yield strength with good ductility (notch impact strength) and toughness.

Chronifer Special 01 Aisi 316 W-Nr. 1.4401, X5CrNiMo17-12-2 waterpipes, stainless steel annealed DIN 17455, DVGW, W-541 in apprx. 3m lengths 42.0 x 39.0mm (wall 1.5mm)

A rust- and acid-proof, free cutting chromium-nickel-molybdenum-steel alloy for sizes of < 1.00 mm, widely used to meet the requirement of higher resistance to corrosion than the qualities of 1.4031/06, 1.4310, 1.4305. Its ease of machinability is due to little copper content and better structure of metal, applicable to welding and polishing.

A rust- and acid-proof, free cutting chromium-nickel-molybdenum steel alloy for sizes up to 20.00 mm, widely used to meet the requirement of higher resistance to corrosion than the qualities of the 1.4301/06, 1.4310, 1.4305. Its ease of machinability is due to its sulphur and copper content, inapplicable to welding.

A rust- and acid-proof chromium-nickel-molybdenum-steel alloy, well weldable but limited to work-ability. It shows a higher corrosion resistance than the 300 series. Applications include the watch (1.4435 PM), food, chemistry and textile industries.

A melted, rust- and acid-proof chromium-nickel-molybdenum-steel alloy with quality for implants and surgical instruments due to ISO 5832-1, ASTM F 138, however, it has a limited machining and high wear of tools.

A rust- and acid-proof, austenitic chromium-nickel-molybdenum-steel alloy whose sulphur content of 0.10 – 0.14 % maintains a better machinability than 1.4435. Nevertheless, it shows a good corrosion resistance which is higher than the one of the series 304 and 304, but is not very suited for welding. Applications include the chemistry, watch, food and textile industries.

Chronifer Super 904L W-Nr. 1.4539, ~ Aisi 904L High Grade stainless steel hardness: 250 HV+/-5% cold drawn, in coils rond 1.30 mm, Tolerance ISO fg7

ARCAP AP1 C half hard non-ferrous alloy, corrosion resistant cold rolled, in coils thickness tol. : +/-0.025 wide tol. : +/-0.25 0.40 x 38 mm

A non-ferrous copper-nickel-zinc alloy designed for automatic lathe performance and characterized by its ease of machinability and excellent resistance to corrosion, remarkable to the scaling by hard water and enrockment by powder products. It is strictly non-magnetic and especially adapted for electronic and fiber optic connectors but also used for watch parts and others.

ARCAP AP1 C spring quality non-ferrous alloy, corrosion resistant cold rolled, in coils thickness tol. +/-0.02 mm whide tol. : 0/-0.2 mm 0.30 x 9.00 mm

ARCAP AP1 C 190 HV +/-15 non-ferrous alloy, corrosion resistant cold rolled, in coils thickness tol. +/-0.005 whide tol. : +/-0.05 0.15 x 25 mm

ARCAP AP 4 4/4 hard non-ferrous alloy, corrosion resistant cold drawn, in 3m bars diam. 20.00 mm, tolerance ISO h9

Niclal 120, hard Nickel-Silver-alloy Cu Ni 12 Zn 24 Rm: > 700 N/mm2 cold drawn, in coils coil ID 2-300mm, 9-15kg/coil diam. 0.80 mm, tolerance +/-0.02

NICLAL 1300, nickle silver CuNi13Zn23Pb1 cold drawn, hard, in 3m bars diam. 12.00 mm, tolerance ISO h9

Niclal 180 4/4 hard H14 Nickel-Silver-alloy Cu Ni 18 Zn 20 cold drawn, in 2m bars diam. 2.60 mm, tolerance ISO h8

NICLAL 1800 CuNi18Zn19Pb, non ferrous-alloy hartdness: hard cold drawn, in 3m bars pointed/chamfered diam. 25.00 mm, tolerance ISO h9

NM2, Nickelsilver, hard EN: CuNi 7 Zn39 Pb3 Mn2 cold drawn, in 3m bars pointed/chamfered round. 15.00 mm, tolerance ISO h9

BRASS Ms 58 Pb no 2.0401 (Cu Zn 39 Pb 3) cold drawn, in 3m bars pointed / chamfered diam. 6.30 mm, tolerance ISO h9

An excellently auto lubricant, free cutting bronze alloy with high mechanical properties and ease of machining, suitable for the production of electronic components such as plug-in connectors (good contact properties), prongs (good wastage properties) etc. but not for medical use.

NICLAFOR 1000 THX hardness HV 310 - 340 strips in coils tol. thickness: 0.30 x 34 mm

A non-age, hardenable, non-ferrous copper-nickel-zinc alloy without beryllium designed for processing of automatic lathes, characterized by its ease of machining in drawn and annealed condition TDX and good conductivity, quality of copper-beryllium alloy alike. It is widely used for electronics such as coaxial interconnection devices for wearing parts suiting to high mechanical properties as well as for eyeglasses and other related branches of industry.

Pure titanium according to ISO standard 5832–2 and ASTM F 67. Applications include dental and surgical instruments, aeronautics and watch making.

Pure titanium according to ISO standard 5832–2 and ASTM F 67. Titan Grade 4 has higher mechanical properties than Titan Grade 2 (see chart). Applications include surgical and dental implants and instruments, the watch industries or others.

Aluminium-vanadium alloyed titanium according to ELI standard (Extra Low Intersticial) as well as ISO 5832-3 and ASTM F 136. Titan Grade 5 has higher mechanical properties than Titan Grade 4. Applications include surgical and dental implants and instruments, watch industry or others.

A titanium-aluminium-niobium alloy according to ISO standard 5832-11 completes Titan Grade 5 (TA6V ELI). Applications include dental and medical implants, but also suitable for the watch industry, which requires a higher strength of material.