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 線材

Hard drawn steel wire
Piano wires
Low carbon steel wire
Zinc-coated low carbon steel wire
Zinc-coated steel wire
Various zinc-coated wires
Other coated wires
Oil tempered wire for spring
Silicon chromium steel oil quenched
  and tempered wires
Oil quenched and tempered wires for
valve springs
Spring steel wires
Stainless steel Wire
Stainless steel wires for springs
Stainless steel wires for cold
  heading and cold forgin
Various shaped bars and wires
Copper and copper alloy wires
Copper berylium alloy, phosphor
bronze and nickel silver rods
and wires
Aluminium and aluminium alloy rods,
bars and wires
Tungsten wires for lighting and
electronics devices
Titanium and titanium alloy wires

 

Copper and copper alloiy sheets,
plates and strips

Phosphor bronze and nickel
silver sheets and strips
Aluminium and aluminium alloy
sheets, strip and plates
Titanium and titanium alloy sheets,
plates and strip
Cold rolled special steel strip
Cold rolled steel sheets and strips for
spring
Cold-rolled steel sheet and strip
(Prepainted)Hot-dip zinc-coated
steel sheets and coils
Electrolytic zinc-coated steel sheets
and strip
Cold-rolled stainless steel plates,
sheet and strip
Cold-rolled stainless steel strips for
springs


  
 新素材

Piano wires for high-strength
and high-precise springs

High-strength extra-fine
wire
Extra fine & various shaped
wires
Highly-precise steel wires
High-strength stainless steel
wires
Anti-magnetic stainless steel
wires
Stainless steel wires for
extra fine springs
Stainless steel wires for
discrimination
Cobalt base alloy
High strength phosphor
bronze wire
High strength copper alloy
Nickel-titanium shape
memory alloy
Nickel-titanium super elastic
alloy
Inconel®
HASTELLOY®

Metal washing agent
Degreasing agent
Descaling agent
Film forming agentt
Lubricant
Antirust agent
Polishing agent

 ばね関連機器

Coiling machine
Torshion machine
Forming mashine
Material automatic supply
  monitoring instrument
Temper furnace
Spring grinder
Spring inspection apparatus
Spring tester





 

JIS G 3521
JIS G 3525
JIS G 3532
JIS G 3560
JIS G 3561
JIS G 4801
JIS G 4303-4305
      4308-4309
      4313-4315
JIS H 3260-4040
JIS H4670
JIS H3100
JIS H3110
JIS H4000
JIS G3141

  

Hard drawn steel wire
 JIS G 3521
Hard drawn steel wire is made by the special heat treatment and cold drawing process by using high quality high carbon steel wire rods. The usage of the hard drawn steel wire is mainly for the spring of wide general purpose.
Type Code Size
Hard drawn steel wire A SW-A 0.08mm以上10.0mm以下
After hard drawn steel wire(JIS G 3506)is heat treated(Patenting), it is cold-worked. Tensile strength is same as that of SW-A. Generally, it is 40C(SWRH37AorB~42AorB)
Hard drawn steel wire B SW-B 0.08mm以上13.0mm以下
Mainly for static load spring. After hard drawn steel wire(JIS G 3506)is heat treated(Patenting), it is cold-worked. Tensile strength is same as that of SW-B. Generally, it is 60C.(SWRH57AorB~62AorB)
Hard drawn steel wire C SW-C 0.08mm以上13.0mm以下
Mainly for static load spring. After hard drawn steel wire(JIS G 3506)is heat treated(Patenting), it is cold-worked. Tensile strength is same as that of SW-C. Generally, it is 80C.(SWRH77AorB~82AorB)
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Piano wires
JIS G 3522
Music spring wire is a steel wire with long history that the strength is given by the special heat treatment and cold drawing process by using special high quality high carbon steel wire rods. This process is similar as hard drawn steel wire, but music spring wire is manufactured more politely, and under severe quality control.
Suzuki Metal Industry's music spring wire is used for the spring of various usages in which not only music wire used for the string of a piano or guitar but also much kind of springs which is needed high reliability, and has been received high acclaim from the user in the world.
Type Code Size
Piano wires A SWP-A 0.08mm以上10.00mm以下
Mainly dynamic load spring. Tensile strength that is same as SWP-A. General spring.
Piano wires B SWP-B 0.08mm以上 7.00mm以下
Mainly dynamic load spring. Tensile strength that is same as SWP-B. Tensile strength is approximately 10% higher than SWP-A.
Piano wires V SWP-V 1.00mm 以上 6.00mm以下
Valve spring or similar spring.Tensile strength that is same as SWP-V. Uses Cucontent less than 0.15%. Currently, it is mostly used for valve spring silicon chrome steel oil temper wire (SWOSC-V).
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Low carbon steel wire
JIS G 3532
Type Code
Regular Low Carbon
Steel Wire
SWM-B
The wire cold drawn from low carbon steel wire rod(JIS G 3505) and its dimension must be round-shaped.
Hard Drawn Low Carbon
Steel Wire
The wire cold drawn from low carbon steel wire rod(JIS G 3505) and its dimension must be round-shaped.
Annealed Low Carbon
Steel Wire
SWM-A
Regular low carbon steel wire is softened by annealing and its dimension must be round-shaped.
Water Drawn Low Carbon Steel Wire
Use coal water for lubricant in drawing and it is suitable for coating and bright but tends to rust.
Oil Drawn Low Carbon
Steel Wire
Use oil for lubricant in drawing and the surface is smoonth than regular low carbon steel wire.
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Zinc-coated low carbon steel wire
JIS G 3547
* Zinc-coated・・・Zinc get rusted and saves the base material.
Type
Zinc-coated low carbon steel wire(S) Low carbon steel rod is cold drawned and annealed, melting zinc-coated or electric zinc-coated and the dimension must be round-shaped.(SWMGS-1~SWMGS-7)(Wire-SWMGS-2)
Zinc-coated low carbon steel wire (H) Low carbon steel rod is cold drawned, melting zinc-coated or electric zinc-coated and the dimension must be round-shaped.(SWMGH-1~SWMGH-4) (Hard drawn coated low carbon steel wire)
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Zinc-coated steel wire
JIS G 3548
* Zinc-coated・・・Zinc get rusted and saves the base material.
Type
Zinc-coated steel wire(F) Hard drawn steel wire is melting zinc-coated or electric zinc-coated and the dimension must be round-shaped.(SWGF-1~SWGF-6)
Zinc-coated steel wire(D) Hard drawn steel wire is melting zinc-coated or electric zinc-coated and the dimension must be round-shaped.(SWGD-1~SWGD-3)
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Various zinc-coated wires
Hard drawn wires,40C、60C、80C have been electric and melting-coated.
Type Maker
Preco Z Suzuki
SWIC-G Shinko
Zinc-coated wire JFE
Delta Wire Jwitex
MAC WIRE Marubishi
Sun Bright Nichia Steel Works
Hard drawn wires,60C、80C have been nickel-coated.
Type Maker
Preco N Suzuki
SWIC-F Shinko
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Other coated wires
Type Code Size
Chromate Steel Wire    1.0mm~3.50mm  Coating Attachement More than 70g/㎡(20μ)
SWA(40C),SWB(60C),SWC(80C),low carbon steel wire(SWRM) electric zinc-coating and chromate treatment.There are two types colored chromate and unichromate and it is used for guard for high-pressure rubber hose and door lock etc. JFE techno wire(Patented)
Delta Wire 0.40mm~4.00mm 
Special delta coating on a hard drawn wire with high wire drawing technique. Wire has gloss surface and very stable anti-errosion.
DWG-1    1.0mm~4.0mm Precision Spring Coat attachement 40~130g/㎡
DWG-A   0.7mm~4.0mm Bending Coat attachment 30~300g/㎡
DWG-P    0.4mm~0.9mm Precision Spring Coat attachement 20~50 g/㎡
Delta-AZ 
Steel wire that is alloy coated to hard drawn wire, piano wire Zn-Al. Delta-AZ has zinc erosion and aluminium high anti-erosion combined, it has 2 times higher than high anti-erosion of that of regular zinc-coated. Moreover, temper treatment in high temperature, FeZn alloy does not affect the coating layer and this is superb in heat resistance.
AZ-α   1.0mm~2.9mm Anti-fatigue precision spring  40~120g/㎡
AZ-β   1.0mm~2.9mm Anti-erosion spring, forming 80~160g/㎡
*Koukoku, Kanto Tokusen, and Metax have combined to be Jwitex in April 2007.
Mac Wire 0.20mm~0.80mm
Hard drawing wire 80C and piano wire have been zinc-coated and afterwards cold drawned.
SWIC-G SWIC-G 1.00mm~5.00mm
Zinc-coated and wire drawned on SW-A,SW-B,SW-C,SWP-A,SWP-B and prove smoothness, brightness.
SWIC-F SWIC-F 0.30mm~3.00mm
Hard drawn wire of 60C and 80C. Piano wire, SWP, has been conducted nickel-coating and wire drawing. Excellenc in anti-erosin and soldering. It is suitable to perform soldering at low temperature(Less than 250°)at the time of tempering.
Preco-Z SW-ZD-C,SWP-ZD-A,B SW-C 0.70mm~4.00mm, SWP 0.08mm~4.50mm
Hard drawn wire 80C and piano wire are conducted zinc-coating and to wire drawing to make the surface finish smooth. Excellence in anti-erosion.
Preco-N SW-ND-C,SWP-ND-A,B 0.20mm~1.00mm
Hard drawn wire 80C and piano wire are conducted nickel-coating and to wire drawing to make the surface finish smooth. Excellence in soldering.
Tin-Coated Steel Wire SW-TB,C 0.20mm~2.00mm
SWP-TA,B 0.10mm~2.00mm
Hard drawn wire and piano wire are conducted tin-coating.  
Silver-coated
Phosphor Bronze
Phosphor bronze wire(C5191W) is conducted silver-coating.      
Nickel-coated
Phosphor Bronze
Phosphor bronze wire(C5191W) is conducted nickel-coating.      
CP Spring Wire
CP spring wire is a kind of cold rolled wire being special coated by copper on thicker corbon steel wire(70C etc).
CP15・・・・・・ Conductivity is 15%, the purpose is the anti-erosion and spring ability.
CP30・・・・・・ Conductivity is 30%, the purpose is the conductivity.
*CP spring has stopped manufacturing, but Marubishi has restarted to manufacture in 2004.
Mac Wire CP Electrical conductivity copper-coated piano wire
This is Piano Wire for spring with copper-coated by electrical coating method. At this condition, spring molding with low temperature heating will be possible. Copper-coated piano wires are developed to achieve high conductivity. Electrical conductivity is 13-15% compared to copper wire and sets standard for copper-coated thickness. It is equivalent to phosphor bronze wire for spring. There is no deterioration of electrical conductivity even though the surface of copper-coated wire is discolored. It has superior coiling ability specific to copper-coated and soldering ability. Although the surface of copper-coated wire becomes discolored, it endures 96 hours salt spray test against base material. It has high anti-corrosion resistance. The endurance and fatigue strength of the spring made out of MAC WIRE CP (Copper-Coated Piano Wire) are equivalent to that of piano wire. In spring characteristics, it is superior to phosphor bronze and beryllium copper wires. It enables to become lighter and more compact springs. As a conclusion, it reduces the cost of the product for VA proposal. It does not require copper coating after spring. So it improves the defect like shape variations by after coating, entanglement, spark scratch, hydro-brittleness of the spring and unevenness of copper coating. It removes the burden of coating failure for contact portion of the spring. At the last stage of coating Au, Ag, Ni to the springs for electrical components, the copper coating as a base material enhances the coating quality. Therefore, MAC WIRE CP is a Special Piano Wire for spring both combined with excellence in electrical conductivity and a final stage of coating as a base material.
Tin-Coated EF Wire
Tin-coated EF wire has a tin-coated surface which thickness is 8μ~12μ and it is preferable for soldering. It is used for condenser and lead wire parts that is used for soldering.
Tin-Coated Soft Copper Wire
Tin-coated soft copper wire is flat coated tin wire. Characteristic is same as tin-coated EF wire.
Soldering-Coated Wire
Soldering-coated wire's melting point is 220℃ and it has excellence in soldering.
SP Wire
SP wire is developed by Suzuki as super precision electrode wire. High tension piano wire that is very close to brass wires.
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Oil quenched and tempered wires for springs
JIS G 3560
Oil tempered wire is material for the spring which is given the continuous quench and temper heat-treatment. This oil tempered wire have excellent properties as spring material, and is used as various springs for the automobile such as the valve springs of the engine, the clutch springs, the transmission springs, and the suspension springs. Suzuki Metal Industry Co.,Ltd. prepares wide lineup oil tempered wire in the grade of steel, size and shape of cross section, to meet the various needs of the customers.
Type Code Size
Carbon steel oil tempered wire A for spring SWO-A 2.00mm~12.00mm
After cold-worked the hard drawn steel material (SWRH57AorB~72AorB),wire that has gone through oil-tempered treatment. Mainly for static load spring.
Carbon steel oil tempered wire B for spring SWO-B 2.00mm~12.00mm
After cold-worked the hard drawn steel material (SWRH67AorB~82AorB),wire that has gone through oil-tempered treatment. Mainly for dynamic load spring.
Silicon chrome steel oil temper wire for spring SWOSC-B 1.00mm~15.0mm
Wire uses spring steel material(JIS G 4801) SUS-12, wire that has gone through oil-tempered treatment after cold-work. It is also caleed[9254 material]. Currently, it is much used for automobile suspension than Si-Mn. Mainly for dynamic load spring.
Silicon Manganese steel oil tempered wire A for spring SWOSM-A 4.00mm~14.0mm
General spring
Silicon Manganese steel oil tempered wire B for spring SWOSM-B 4.00mm~14.0mm
General spring automobile and suspension coil spring.
Silicon Manganese steel oil tempered wire C for spring SWOSM-C 4.00mm~12.0mm
Mainly used for automobile suspension coil for spring.Wire uses spring steel material SUP-6, wire that has gone through oil-tempered treatment after cold-work. Mainly for dynamic load spring.

Chemical Composition Unit%
Code C Si Mn P S Cr Cu
SW0-A 0.53~0.88 0.10~0.35 0.30~1.20 Less than 0.04 Less than 0.04  -  -
SWO-B 0.53~0.88 0.10~0.35 0.30~1.20 Less than 0.03 Less than 0.03  -  -
SW0SC-B 0.51~0.59 1.20~1.60 0.50~0.90 Less than 0.035 Less than 0.035 0.55~0.90  -
SWOSM 0.59~0.64 1.50~1.80 0.70~1.00 Less than 0.035 Less than 0.035   - Less than 0.03
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Silicon chromium steel oil quenched and tempered wires
Type Maker Size
ITW Netsuren 5.0mm ~ 17.0mm
High-frequency quick quenching and tempering provide the following advantages on IT Wire.

・ Fine and uniform grain structure and uniform mechanical properties along the total length.
・ No Decarburization through the process.
・ High strength and toughness.
・ High performance for cold forming.
・ Can be formed into springs with high fatigue life, low setting loss, and stability.

IT Wire is a high-strength steel spring wire in accordance with JIS G 3560 and JASO (Japan Automobile Standard Organization's Standard) C605-80. The product is available in wire diameter ranging from 5.0 to 17.0 mm and provide the same levels of strength and reduction of area in the all diameter range. The wire is widely used for general industrial springs, including suspensions in two- and four-wheel vehicles.
Netsuren was established as a pioneer in 1940 for induction heating. Company develops beginning with the parts for automobile and trains, heat treatment of industrially mechanical parts, induction heating equipment and high-frequency heat treatment technology.
ITW is a high-quality spring steel wire with applying this excellent high-frequency heat treatment technology. Netsuren's high-frequency heat treament system is a heat treatment method that can constantly cool with high-frequency induction heating. Not only excellent ability be stable, it can uprise the voluntary temperature according to the purpose. This enables non-harmful system for resource saving and energy saving age. In manufacturing process, we make perfect of the quality gurantee by eddy currrent detect inspection, tempering, and annealing. This conducts observation of the temperature.
Usage : Mainly this is used for suspension spring of automobiles and two-wheeled vehicle.
Characteristics :By high-frequency induction heating, austenited is performed with a speed, decarbonization will not be almost oxidized. Synergy is created with fine tempering and high-frequency short-term tempering that creates high-strength and high toughness simultaneously. It is possible to adjust the volunatary strength according to the demand. Vary in strength is very little and it enable to have equal strength in entire length. After the spring is created, the vary in shape is kept very low. Even though it is high-strength, it has high performance in endurance and anti-fatigue and even able to create D/d small springs.

Chemical Composition : Wire type is based on SUP-12 or SAE9254 when necessary special element is added.
Code C Si Mn P S Cr
SUP12 0.51~0.59 1.20~1.60 0.60~0.90 Less than 0.035 Less than 0.035 0.60~0.90
SAE9254 0.60~0.80 Less than 0.040 0.60~0.80
Reference JIS G 3560-1994
SWOSC-B 0.50~0.90 Less than 0.035 0.55~0.90
Mechanical Characteristics T/S(N/m㎡) Contraction(%)
Wire Diameter : 5.0mm to 17.0mm
Diameter Allowance SWI-150 1,450~1,550 More than 35 times
Less than 5.0mm ~ 6.0mm ±0.04 SWI-165 1,600~1,700
Less than 6.0mm ~ 17.0mm ±0.05 SWI-180 1,750~1,850
SWI-190 1,850~1,950
SWI-200 1,950~2,050
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Oil quenched and tempered wires for valve springs
JIS G 3561
type code size
Oil tempered carbon steel wore forcalce springs SWO-V 2.00mm~6.00mm
apply shaving, cold working, and oil tempering to piano wire rods (JISG3502)
Chromium Vanadium Alloy Steel wires for Valve Spring SWOCV-V 2.00mm~10.00mm
shaved, cold worked, and oil tempered.
Oil Tempered Chromium Silicon Alloy Steel wires for Valve Spring SWOSC-V 0.50mm~8.00mm
shaved, cold worked, and oil tempered. Called "SI-Cr". intended for manufacturer of valve spring for automobile, and valve spring for internal combustion. Sperior to Cr-V on fatigue-resistant and high temperture continued working durability.

Chemical composition (%)
code C Si Mn P S Cr Cu V
SWO-V 0.60~0.75 0.12~0.32 0.60~0.90 0.025 max 0.025 max 0.20 max
SWOCV-V 0.45~0.55 0.15~0.35 0.65~0.95 0.025 max 0.025 max 0.80~1.10 0.20 max 0.15~0.25
SWOSC-V 0.51~0.59 1.20~0.60 0.50~0.80 0.025 max 0.025 max 0.50~0.80 0.20 max
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Spring steel wires
JIS G 4801
type code
SUP 6 silicon-manganese alloy steel intended for manufacturer of
laminated leaf-spring, coil spring or torson bar
SUP 7
SUP 9 manganese-chromium alloy steel
SUP 9A
SUP 10 chromium-vanadium alloy steel intended for manufacturer of coil spring or torson bar
SUP 11A manganese-chromium-boron alloy steel intended for manufacturer of
large laminated leaf-spring, coil spring or torson bar
SUP 12 silicon-chromium alloy steel intended for manufacturer of coil spring
SUP 13 chromium-molybdenum alloy steel intended for manufacturer of large laminated leaf-spring and coil spring
Chmical composition %
type code C Si Mn P S Cr  Mo V B
SUP 6 0.56~0.64 1.50~1.80 0.70~1.00 0.035 max 0.035 max
SUP 7 0.56~0.64 1.80~2.20 0.70~1.00 0.035 max 0.035 max
SUP 9 0.52~0.60 0.15~0.35 0.65~0.95 0.035 max 0.035 max 0.65~0.95
SUP 9A 0.56~0.64 0.15~0.35 0.70~1.00 0.035 max 0.035 max 0.70~1.00 .
SUP10 0.47~0.55 0.15~0.35 0.65~0.95 0.035 max 0.035 max 0.80~1.10 0.15~0.25
SUP11A 0.56~0.64 0.15~0.35 0.70~1.00 0.035 max 0.035 max 0.70~1.00 0.0005 min
SUP12 0.51~0.59 1.20~1.60 0.60~0.90 0.035 max 0.035 max 0.60~0.90
SUP13 0.56~0.64 0.15~0.35 0.70~1.00 0.035 max 0.035 max 0.70~0.90 0.25~0.35
*inpurity Cu allowance= 0.30% max
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Stainless steel Wire
JIS G 4309
Stainless steel is an iron-chrome or an iron-chrome-nickel alloy steel. It is defined as containing more than 5% chromium and 50% or higher iron content. However, those with 12% or higher chromium are usually called "stainless steel" in consideration of their heat resistance and corrosion resistance. Stainless steel is a type of steel whose surface will not be damaged easily through exposure to air, water or other corrosive environment
Typical Characteristics used in Wire
Type Code Material
Austenite Stainless Steel SUS 304 (18Cr-8NiSteel)
This is an exemplary steel grade of 18-8 stainless steel with higher resitance to corrosion and heat and higher mechanical properties compared with chrome stainless steel. Though nonmagnetic under solution heat treatment, it can be hardened and slightly magnetized through cold-working.
SUS 303 (18Cr-8Ni-High S Steel)
This is an 18Cr-8Ni steel grade with improved processability and seize resistance, it is optimal for us in automatic lathes.
SUS 303Cu (18Cr-8Ni-3Cu-High S Steel)
This is an 18Cr-8Ni steel containing sulfur and copper. Austenite stainless steel has the highest processability and maintains its nonmagnetic property even after cold-working.
SUS XM7 (18Cr-9Ni-3.5Cu Steel)
This is a grade of steel whose cold-working harenability is controlled at a low level by reducing the carbon content through the addition of copper to 18Cr-8Ni steel, and is widely used for cold-heading. It can also maintain its nonmagnetic property even after col working.
SUS 305J1 (18Cr-13Ni-Low C Steel)
This is a grade of steel designed for cold heading. It has lower cold-working hardenability when compared with 18Cr-8Ni steel.
SUS 304L (18Cr-9Ni-Extremely-lowC Steel)
This is an 18Cr-8Ni steel with controlled carbon at extremely low level, offering superior intergranular corrosion resitance.
SUS 316 (18Cr-12Ni-2.5MoSteel)
This type is extremely resistanct to corrision and acid, exceeding even that of 18Cr-8Ni steel.
SUS 316L (18Cr-12Ni-2.5Mo-Extremely-low C Steel)
A molybdenum-added 18Cr-8Ni steel with controlled carbon at an extremely low level, it is used for applications that require resistance to corrosion, acid and intergranular corrosion.
SUS 310S (25Cr-20NiSteel)
This type is durable with high-temperature oxidation, superior in heat resitance, and excellent in corrosion resistance.
SUS 347 (18Cr-9Ni-Nb Steel)
This is an 18Cr-8Ni steel containing niobium with excellent intergranular corrosion resistance.
Austenite:Ferrite Stainless Steel SUS 294L (25Cr-7Ni-3Mo-N-Low C Steel)
This is a duplex steel type with high strength and superior acid resistance, as well as antibiotic resitance. It is suitable for applicatons that require seawater resistance.
Ferrite Stainless Steel SUS 430 (18Cr Steel)
This is a grade of steel whose resistance to corrosion and heat resistance surpasses that of 13Cr steel. It is available at a lower price than the nickel containing sustenite steel. It wll not be hardened by quenching but provides a small degree of hadening under cold-working.
SUS 430F (18Cr High S steel)
This grade of steel has the highest processability among stainless steels and is suitable for machining with automatic lathe. Moreover, it has approximately the same corrosion resitance as 18Cr steel.
Martensite Stainless Steel SUS 410 (13Cr-0.1C Steel)
This type is available at modest price compared with other stainless steels. But if offers less corrosion resistance compared with stainless steels of other microstructures. It is hardened by quenching, and the quenching hardness increases in propotion to the carbon content.
SUS 420J2 (13Cr-0.3C Steel)
This is a grade of steel wohse hardness after quenching is higher than that of 410 and 420J1
SUS 440C (18Cr-1C Steel)
This type can provide the highest quenching hardness among all stainless steel.
Deposition Hardening Stailnless Steel SUS 631J1 (17Cr-8Ni-1AL Steel)
This is a high-tensile stainless steel that can be precipitation-hardened after cold-working by adding aluminum. It demonstarates substantial magnetism at room temperature.
Soft Wire Soft1(-W1)
After wire drawing, conduct solution heat treatment.
Soft2(-W2)
Another light wire drawing will be performed after solution heat treatment for austenite, annealing for ferrite and martensite.(1/8H,1/4H)
1/2HHard(-W1/2H)
After solution heat treatment, perform comperatively strong wire drawing.
(Reference) 3/4HHard(-W3/4H)
After solution heat treatment, perform comperatively strong wire drawing.
Half Soft Wire  (-WM)
After solution heat treatment, perform comperatively storng wire drawing to be in the mid tensile strength of W1 and W1/2H. This is Suzuki's original wire.
Free-Cutting Stainless Steel SUS 303F,SUS 303Cu,SUS 430F,SUS 416
Stick Friction Stainless Steel SUS 304,SUS 304N1,YUS 130,SUS 420J2
 Stainless steel Wire for Netting           Stainless steel netting is mainly used for conveyor belt for chemical, oil etc. The most important for this material is anti-erosion and heat-resistance. Generally, SUS304 and SUS316 are most used for this application.
 316J1L、317、NAS 30M
This includes molybudenum and copper with improving anti-erosion.
 304L、316L、316J1L、317L
 This lowers the carbon with improving anti-erosion.
 321347
 This adds titanium and niobium with improving anti-erosion.
 NAS 64
 Anti-pitting corrosion for sea water.
 NAS 126
 Anti-stress corrosion cracking for chloride.
Stainless steel Wire for Screw SUS 304,SUS 305J1,SUS 305J1EH,SUS 316,SUS XM7,SUS XM7EH,SUS 430,SUS 434,YUS 180,SUS 410
Stainless steel Wire for Cold Forging This standard was enacted as a part of JISG4309 in 1972. This standard regulates screws for cold forging. SUS304 SUS304L SUS304J3 SUS305 SUS305J1 SUS316 SUS316L SUS384 SUSXM7 SUH660 all of these are austenite SUS430 SUS434 ferrite  SUS403 SUS410 martensite
Screw Stainless Steel SUS 304,SUS 305J1,SUS 305J1EH,SUS 316,SUS XM7,SUS XM7EH,SUS 430,SUS 434,YUS 180,SUS 410
(Reference)What is Stainless Steel?
Stainless steel is an alloy steel that consist of iron and chrome or iron, chrome, and nickel. It is regulated to includes more than 10.5% of chrome and iron content should be under 50%. Generally, we call stainless steel as a perspective from anti-heat and anti-errosion. Stainless steel is difficult to be corroded even in corrosive environment like in the air and even in the water.
(Reference)Stainless Steel Anti-Corrosion
The term "rusting" refers to a phenomenon in which metalic surface corrodes through complex chemical actions. However, this is not necessarily an absolute chacteristic. For example, a metalli surface may not corrode under a paticular environment but may corrode under different environment. Therefore, it becomes necessary to select the right application suitable for its properties. Ordinary steel will rust when left eposed to the air. This is because steel is oxidized by the moisture and the oxygen in the air. When chromium is gradually added to steel, the resulting material will hardly rust if the chromium level is higher than 12% or so. However, when looking closely at the phenomenon, a thin oxide membrance is being formed on the surface. This film is very tough and adheres firmly to the steel, thereby preventing the progress of oxidation. Even if it is peeled off for one reason or another, a new identical fim is generated immedeiately to over the surface.

Type Classification Type Classification
SUS 201 austenitic material SUS 321 austenitic material
SUS 303 SUS 347
SUS 303 Se SUS XM7
SUS 304 SUS 430 ferritic material
SUS 304 L SUS 430 F
SUS 304 N1 SUS 410 martensitic material
SUS 305 SUS 416
SUS 305 J1 SUS 420 J1
SUS 309 S SUS 420 J2
SUS 301 S SUS 420 F
SUS 316 SUS 440 C
SUS 316 L
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Stainless steel wires for springs
JIS G 4314
JIS G 4308 is used as rod material. Hard drawn after solution heat treatment. Redoressment is applied in case straightness required.

type code segment code type
SUS 302 A WPA austenitic material
B WPB
SUS 304 A WPA
B WPB、WPBS
D WPDS
SUS 304N1 A WPA
B WPB
SUS 316 A WPA
SUS 631J1 C WPC deposition hardening
"S" on the end of the name indicates it requires straightness.
(1)Non Coated
name of item item code Surface Size Manufacturer
Brightron SKA-B normal 0.2~9.0 Suzuki Sumiden
High Brightron SKA-HB bright 0.2~2.0
Super Brightron SKA-SB super bright 0.08~1.6
Extra Bright  HEB bright 2.0~12.0 NAS
HEB super bright 0.5~2.0
Ultra Bright HUBNS ultra super bright 0.08~0.8
Royal Bright HRB ultra super bright
Bright SB bright 0.6~2.3 Shinko kosen
Special Bright SSB super bright 0.2~0.6
B,BE white Suzuki Sumiden
Tsuya-full TF ultra super bright
    
(2)Resin Coated Wire
name of item item code Surface Size Manufacturer
mink SKA-M colored 0.20~9.00 Suzuki Sumiden
super mink SKA-MS bright 0.20~2.00
CN H-CN bright 3.00~12.0 NAS
Resin coated H-RC bright 1.00~3.00
H-RD
H-RX
WX H-WX bright 0.18~1.00
B-S B-S white 0.35~1.00 Shinko kosen
FC FC white 0.35~1.00
AC AC glay 1.00~5.0
White WH white Suzuki Sumiden
    
(3)Nickel Coated Wire
name of item item code Surface Size Manufacturer
WS WS colored 1.60~4.50 Suzuki Sumiden
WS WS white 0.20~1.60
Sprinter S SPS super bright 0.08~0.50
Silvia HUBNS super bright 0.08~0.5 NAS
Silvia F H NF bright 0.18~5.00
Capital H NP bright 0.18~0.80
Excel NC-S white 0.35~3.50 Shinko kosen
SS Bright colored Suzuki Sumiden
New SS colored
Mach bright
New Mach bright
SUZUKI-SUMIDEN STAINLESS STEEL WIRE CO., LTD. is a company that was established by segregating and merging stainless steel wire business of SUZUKI-METAL INDUSTRY CO., LTD. and SUMITOMO ELECTRIC INDUSTRY STEEL WIRE CO., LTD.
*Low temperture annealing
By low temperture annealing after shaping, stainless spring's character is enhanced by elasticy limitat extention. Low temperture annealing by 400 degrees celcius, 30minutes is the appropriate setting to gain the hardest character on stainless spring. For
Thin oxide film, byproduct, that is developed on low temperture annealing, is corrosion resistant that no effect on usual usage. It can be removed by dipping in mixture of 10% nitric acid and 1~2% hydrofluoric acid.
(4)Straitened wire
Wire that is solution heat treatmented, drawed at normal temperture, and straightened.
name of item item code Surface Size Manufacturer
1/2H 1/2HT UB super bright 0.18~0.80 NAS
1/2H 1/2HT EB white 0.80~1.60
3/4H 3/4HT UB super bright 0.18~0.80
3/4H 3/4HT EB white 0.80~1.60
4/4H 4/4HT UB super bright 0.18~0.80
4/4H 4/4HT EB white 0.80~1.60
3/4H SUS304-WPAS white 0.20~1.20 Suzuki Sumiden
4/4H SUS304-WPB white 0.20~1.20
Sumi liner Suzuki Sumiden
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Stainless steel wires for cold heading and cold forging
JIS G 4315
This stipulation was set in 1972, by separating JIS G 4309 (stainless steel alloy wire). This stipulation is for stainless steel wire and heat resistent steel wire that include Chrome more than 10.5% that are used for bolt, nut, small screw, tapping screw and machnary parts that are made by cold heading. There are 14 material type. -SWA indicates type A, -WSB indicates type B. Followings are austenitic stainless that are WSA and WSB; SUS304 SUS304L SUS304J3 SUS305 SUS305J1 SUS316 SUS316L SUS384 SUSXM7 SUH660. SUS430 and SUS434 is ferritic stainless, only WSB. SUS403 and SUS410 are martensitic stainless, only WSB.
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Various shaped bars and wires
type
steel grade High carbon steel wire, Piano wire, Steel wire, Stainless wire, Phosphate bronse wire, brass wire, high alloy wire, etc.
shape Flat wire, recutangular wire, square wire, triangle wire, trapezium wire, half round wire, oval wire, sector form wire, striation wire, concavo-convexwire, etc.
available size Thickness 0.01mm, Width 0.03mm is minumum for flat wire.
Minimum 0.10mm*0.10mm is available for square wire.
Available size above may deffer depends on material.
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Copper and copper alloy wires
JIS H 3260
type code
oxygen-free copper C1020
Superiority in electric and heat conductivity, flatting, weldability, corrosion resistance, antiwetherbility. For electric parts, chemical industry parts, etc.
tough pitch copper wire C1100W
Superiority in electric and heat conductivity, flatting, corrosion resistance, antiweatherability. For electric parts, chemical industry parts, small screw, nail, mesh, etc.
phosphorous-deoxidized copper wire C1201W, C1220W  
Superiority in flatting, weldability, antiweatherability, and corrosion resistance. C1220 is resistant to hydrogen brittleness by high tempture heating in reducing atmosphere. C1201 outmeasures to C1220 on conductivity.For small screw, nail, mesh, etc.
red brass wire C2100W, C2200W, C2300W, C2400W
Shiny surface. Superiority in flatting and corrosion resistance. For accessory, fastener, mesh, etc.
brass wire C2600W (BSW-1)
C2700W (BSW-2)
C2720W
C2800W (BSW-3)
Superiority in flatting, cold forging, and rolling character. For tack, small screw, pin, crochet hook, spring, mesh, etc.
brass wire for nipple C3501W
Free cutting and superiority in cold forging. For bicycle nipple, etc.
free-cutting brass wire C3601W~C3604W
Free cutting. C3601 and C3602 has flatting character. For bolt, nut, small screw, electric parts, camera parts, etc.
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Copper berylium alloy 、phosphor bronze and nickel silver rods and wires
JIS H 3260
Type Code
Beryllium copper wire C1720 W ・・・・ (BeCuW-2)
Beryllium copper (BeCu), also known as copper beryllium, beryllium bronze and spring copper, is a copper alloy with 0.5—3% beryllium and sometimes with other alloying elements. Beryllium copper combines high strength with non-magnetic and non-sparking qualities. It has excellent metalworking, forming and machining qualities. Rod is used for engine for air plane, propeller, bolt, cam, gear wheel, bearing etc. Wire is used for coil spring, swirl spring, brush etc. Precipitation hardening treatment(350±5℃×120M)makes the hardness twice the strength.
Beryllium copper is a ductile, weldable, and machinable alloy. It is resistant to non-oxidizing acids (for example, hydrochloric acid, or carbonic acid), to plastic decomposition products, to abrasive wear and to galling.
Phosphor Bronze Wire
Phosphor bronze is an alloy of copper with 3.5 to 10% of tin and a significant phosphorus content of up to 1%. The phosphorus is added as deoxidizing agent during melting.
These alloys are notable for their toughness, strength, low coefficient of friction, and fine grain. The phosphorus also improves the fluidity of the molten metal and thereby improves the castability, and improves mechanical properties by cleaning up the grain boundaries
C5071 W (PBW-1)
C5102 W
C5111 W (PBW-2)
C5191 W (PBW-3)
C5212 W
Free-Cutting Phosphor Bronze Wire C5341B
Excellent machinability. Screw, push, bolt,pen etc.
Nickel Silver Nickel silver, also known as German silver is a copper alloy with nickel and often zinc. The usual formulation is 60% copper, 20% nickel and 20% zinc.[5] Nickel silver is named for its silvery appearance, but it contains no elemental silver unless plated.
C 7451 W 
C 7521 W
C 7541 W
C 7701 W
Free-Cutting Nickel Silver Excellent machinability. Screw, push,pen etc.
C 7941 B
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Aluminium and aluminium alloy rods、bar and wires
JIS H 4040
Aluminium is remarkable for the metal's low density and for its ability to resist corrosion due to the phenomenon of passivation. Structural components made from aluminium and its alloys are vital to the aerospace industry and are important in other area
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Tungsten wires for lighting and electronics devices
JIS H 4461
Tungsten wires for lighting and electronics devices
The free element is remarkable for its robustness, especially the fact that it has the highest melting point of all the non-alloyed metals and the second highest of all the elements after carbon. Also remarkable is its high density of 19.3 times that of water, comparable to that of uranium and gold, and much higher (about 1.7 times) than that of lead. Tungsten with minor amounts of impurities is often brittle and hard, making it difficult to work. However, very pure tungsten, though still hard, is more ductile, and can be cut with a hard-steel hacksaw.

Type Segmentation Code Use
1 Wire Drawing VWW1D Filament, heater, grid
Chemical Treatment VWW1C Cut wire, heater
electrolytic grinding VWW1E
Heat Treatment VWW1H
2 Wire Drawing VWW2D Spring, anchor, support etc.
Chemical Treatment VWW2C
electrolytic grinding VWW2E
Heat Treatment VWW2H
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Titanium and titanium alloy wires
JIS H 4670
Type
Titanium Wire Titanium can be alloyed with iron, aluminium, vanadium, molybdenum, among other elements, to produce strong lightweight alloys for aerospace (jet engines, missiles, and spacecraft), military, industrial process (chemicals and petro-chemicals, desalination plants, pulp, and paper), automotive, agri-food, medical prostheses, orthopedic implants, dental and endodontic instruments and files, dental implants, sporting goods, jewelry, mobile phones, and other applications.
High-Strength Titanium Alloy Wire Vanadium's 22% is added to titanium,4% of aluminium is also added which makes mechanical characteristics of β-Type titan alloy wire.Ti-224(Nippon Seisen)

1 TW270 Industrial Titanium
2 TW340 Excellence in anti-erosion especially seawater.
3 TW480 Used for chemical, oil refining pulp equipment etc.
11 TW270Pd Corrosion-resistant titan alloy
12 TW340Pd Excellence in Corrosion-resistant.
13 TW480Pd Used for chemical, oil refining pulp equipment etc.
14 TW345NPRC
15 TW450NPRC
16 TW343Ta
17 TW240Pd
18 TW345Pd
19 TW345PCo
20 TW450PCo
21 TW275RN
22 TW410RN
23 TW483RN
50 TAW1500 αalloy (Ti-1.5AL)
Excellence in anti-erosion especially seawater.
Used for bike mufflers.
61 TAW3250 α-βalloy(Ti-3AL-2.5V)
Moderate-strength. Excellence in anti-erosion and heat. Used for automobile, medical, leisure.
61F TAW3250F α-βalloy(Excellence in cutting Ti-3AL-2.5V)
Moderate-strength. Excellence in anti-erosion and heat. Used for automobile, medical, leisure.
80 TAW4220 βalloy(Ti-4AL-22V)
High-strength. Excellence in anti-erosion and cold treatment. Used for automobile and leisure.
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Copper and copper alloiy sheets、plates and strips
JIS H 3100
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Phosphor bronze and nickel silver sheets and strip
JIS H 3110
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 Aluminium and aluminium alloy sheets, strip and plates
 JIS H 4000
 
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 Titanium and titanium alloy sheets, plates and strips
 JIS H 4600
 
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Cold rolled special steel strip
JIS G 3311
Symbol of class
Carbon Steel S30CM(SAE1030)~S75CM(SAE1075)の9Class
Carbon Tool Steel SK 120M,105M,95M,85M,75M,65M(旧 SK 2 M~SK 7 M)の6Class
Alloy Tool Steel SKS2M、SKS5M、SKS51M、SKS7M、SKS95Mの5 Class
Chrome steel SCr 420 M、SCr 435 M、SCr 440 Mの3 class
Nickel Chrome steel SNC 415 M、SNC 631 M、SNC 836 Mの3 class
Nickel chrome molybdenum Steel SNCM 220 M、SNCM 415 Mの2 class
Chrome molybdenum steel SCM415M、SCM430M、SCM435M、SCM440Mの4 class
Spring steel SUP6M、SUP9M、SUP0Mの3 class
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  Cold rolled steel sheets and strips for springs
  S 50 C-CSP~S 70 C-CSP の5 classes and SK 5-CSP、SK 4-CSP、SUP 10-CSP の3 classes toal 8classes
 
Temper grade Symbol of temper grade
As-Annealed A
As-Cold-rolled R
Quenching and tempering
Austempering B
Symbol of class A(HV) R(HV) H(HV) B(HV)
S 50 C-CSP 180 max. 230~270 360~440
S 55 C-CSP 180 max. 230~270 305~450 360~440
S 60 C-CSP 190 max. 230~270 350~500 360~440
S 65 C-CSP 190 max. 230~270
S 70 C-CSP 190 max. 230~270 350~550
SK 5-CSP 190 max. 230~270 350~600
SK 4-CSP 200 max. 230~270 400~600
SUP 10-CSP 190 max. 230~270
type
Bainite Bainite is an acicular microstructure (not a phase) that forms in steels at temperatures from approximately 250-550°C (depending on alloy content).
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Cold-rolled steel sheet and strips
JIS G 3141
type
D  (Dull finish ) A matt finish produced with a roll roughened its surface mechanically or chemically.
B (bright finish) A smooth finish produced with a roll finished its surface smoothly

type 摘要 C Mn P S
SPCC Commercial quality 0.15 max. 0.60 max. 0.100 max. 0.050 max.
SPCD Drawing quality 0.12 max. 0.50 max. 0.040 max. 0.040 max.
SPCE Deep drawing quality 0.10 max. 0.45 max. 0.030 max. 0.030 max.
SPCF Deep drawing quality, not-agening 0.08 max. 0.45 max. 0.030 max. 0.030 max.
SPCG Extra deep drawing quality, not-ageing 0.02max. 0.25 max. 0.020 max. 0.020 max.
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(Prepainted) Hot-dip zinc-coated steel sheets and coils
JIS G 3312
type
CGCC Commercial
CGCH Commercial, Hard
CGCD Drawing
CGC340 Structual
CGC400
CGC440
CGC490
CGC570
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Electrolytic zinc-coated steel sheets and strips
JIS G 3313
type
SEHC Commercial use
SEHD Drawing use
SEHE Deep drawing use
SEFH490 Forming use
SEFH540
SEFH590
SEFH540Y Improved forming use
SEFH590Y
SE330 General structuaral use
SE400
SE490
SE540
SEPH310 Structural use
SEPH370
SEPH400
SEPH440
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 Cold-rolled stainless steel plates, sheets and strips
 JIS G 4305
  
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Cold-rolled stainless steel strips for springs
JIS G 4314
JIS G 4308 is used as rod material. Hard drawn after solution heat treatment. Redoressment is applied in case straightness required.

Type Hardness HV
O 1/2H 3/4H H EH SHE
SUS 301-CSP Austenite - More than 310 More than 370 More than 430 More than 490 More than 530
SUS 304-CSP - More than 250 More than 310 More than 370 - -
SUS 420J2-CSP Martensite Less than 247 - - - - -
SUS 631-CSP Precipitation Hardening Less than 200 More than 350 More than 400 More than 450 - -
SUS 632J1-CSP - Less than 350 Less than 420 - - -
C Si Mn P S Ni Cr
SUS 301-CSP Less than 0.15 Less than 1.00 Less than 2.00 Less than 0.045 Less than 0.030 6.00~8.00 16.00~18.00
SUS 304-CSP Less than 0.08 Less than 1.00 Less than 2.00 Less than 0.045 Less than 0.030 8.00~10.50 18.00~20.00
SUS 420J2-CSP 0.26~0.40 Less than 1.00 Less than 1.00 Less than 0.040 Less than 0.030 12.00~14.00
SUS 631-CSP Less than 0.09 Less than 1.00 Less than 1.00 Less than 0.040 Less than 0.030 6.50~7.75 16.00~18.00
AL 0.75~1.5
SUS 632J1-CSP Less than 0.09 Less than 1.00 Less than 1.00 Less than 0.040 Less than 0.030 6.50~7.75 13.50~15.50
Cu 0.40~1.00
Ti 0.20~0.65
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Maker Performance Products
TYPE Code Maker
Piano wires for high-strength and high-precise springs SWP-EX Suzuki Metal Industry Co.,Ltd
This is high surface cleaning wires used for mechanical equipment and applies special coating which prevents impurities from attaching. High Clean Steel is used to prevent the breakage of the wire. Wire drawing is conducted with excellent wire and special heat process to create spring wire with toughness and performance. High roundness provides excellent formability. While coiling, there occurs no dust and after tempering the color remains as same color. Wire and pure circle tolerance are managed far less than that of JIS. Especially for extra-fine wire below 0.07m is performed with 0.1μm unit.
High-strength extra-fine wires Tosmicron TOKUSEN Co.,ltd
For Extra-Fine Springs, H grade (High tension) and much higher U grade (Ultra high tension) are own developement that is stronger and tougher strength than traditonal JIS regulation A grade and B grade.High strength and Extra fine wires enabled the compactness of springs. Additionally, extra-fine technique also enabled to provide extra-fine springs for deformed wires. Spring wire for Contact Probe, 、Compression Spring wire for Connector
Piano wire's Tensile Strength achieved World's highest standard of 4,800N/m㎡.(U Grade 0.020mm)and accomplished World's smallest diameter 0.009mm. (Tosmicron NANO: H Grade)
Tosmicron wire uses high-clean steel to prevent inclusion as much as possible with stable strength.
Extra fine & various shaped
wires
TOKUSEN Co.,ltd
Achieved the World of 5μm. By achieving long experiences of Annealing technique, thinner flat and square wires enabled more precise deformed wire. In home compliance and a field of communication, corner applied wires provide wider area occupancy to contribute to enhancing spring load and duration. Additionaly, this helps less-invasive treatment in medical industry. Home compliance clutch spring material, Home compliance and communication precision spring material, Deformed wire used for endoscope.
TOKUSEN Co.,ltd
Blade wire used for Catheter, Deformed wire used for endoscope
Reinforced wires for Catheter diminishes the burden to the health of the patient and helping in less-invasive treatment.
Highly-precise steel wires TOKUSEN Co.,ltd
Achieved Submicron size precision ±0.1μm tolerance. Achieved Submicron unit enabled to optical communication and sumiconductor of high accuracy processing. Ferrule grinding, bonding capillary grinding, and electrocast core
High-strength stainless steel wires HERCULEE Nippon Seisen Co,.Ltd
High-strength :T/S is matching the strength of Piano wires(SWP-A、B).
Excellence in anti-fatigue :High stress is possible compared to conventional stainless steel for spring.
Excellence in spring loading : This has same spring loading characteristics with excellent piano wires.
Excellence in anti-fatigue : Excellence in anti-fatigue when using spring for repetitive use.
Herculee, standard steel type that belongs to austenite stainless steel is a base for 17Cr-7Ni SUS301 type. Capable of spring designing under higher stress than that of conventional stainless steel wire for spring and excellent in resistance to fatigue. Excellent in resistance to yield in repeated use. Wire curl is stable and surface lubricating coat facilitates automatic coiling work. 
CRYO-S Suzuki Metal Industry Co.,Ltd
Suzuki Cryo-S is a special high-strength stainless steel wire for spring. It is also able to make a wire that is 30% stronger and 40% lighter than the conventional stainless steel for wires. This contributes to cut costs. These are used for injection pump of the diesel engine and car antenna which require high-strength and this has been receiving high reputation.
INS 307H
It has the equal strength and spring traits as SUS304. It has heat resistance and settling traits equal to NAS316H1 and close to SUS631J1. Corrosion resistance is much superior to SUS316 and NAS316H1. It lowers the cost because it contains less expensive material like nickel and molybdenum.
  SUS631J1  475℃  An hour  SUS304    400℃  30 minutes
Anti-magnetic stainless steel wires NAS 106N Nippon Seisen Co,.Ltd.
Anti-corrosion Permeability
Permeability of this material is 1.003 u max., and this material also has excellent anti-corrosion ability much better than AISI-316L. And it has better fatigue strength than AISI-304. Springs from this material are available fro the place requested anti-
NAS NM15N Nippon Seisen Co,.Ltd.
lowest permeability
This material has the lowest permeability among all of stainless steel for wire and its permeability is nearly same as phospher bronze. And springs from this material have equal fatigue strength and anti-distortion ability to AISI-304
NAS NM15K Nippon Seisen Co,.Ltd.
Nonmagnetic、high-intensity
This material has more high-intensity than SUS304 and more nonmagnetic character than SUS316 with simulated annealing process. HV will be raised up to around 600, and best fit for abrasion resistance/ nonmagnetic shaft. Size range 0.80mm UP.
Stainless steel wires for extra fine springs SUPER FINE Nippon Seisen Co,.Ltd.
0.0006 inch as minimum diameter can be supplied. And the variation of materials are AISI-302, 304, 316, NAS-301, 106N and 604PH. The demand has been increasing for the purpose of down-sizing.
NAS304 18Cr-8Ni
Most universal grade. Equivalent to 18-8 austenite in composition. Provided with increased strength and weak magnetism by an intensive degree of wire drawing.
NAS304HS 19Cr-8Ni-N
This material is classified as TS 3000N/mm2 extremely high level intensity, which is the material for high-intensity spring.
NAS301H 17Cr-7Ni
Low Ni and Cr content than SUS302 with high strength obtained by work hardening, and excellent in resistance to fatigue and yield
NAS604PH 42Co-22Cr-17Ni-6Mo
This material is cobalt based alloy for springs, which have high elastic limit and high modulus of elasticity, and which provide better load than springs from piano wire after heat treatment. This material shows equal ability to "X-750" on heat resistant
Stainless steel wires for discrimination Coming our color stainless steel wire Nippon Seisen Co,.Ltd.
Springs made from this material are able to be changed color on its surface by the temperature of heat treatment, which makes easier to identify the similar shape of springs. The surface of the wire plated with copper, so it shows good performance on coil
Black colored stainless steel wire Nippon Seisen Co,.Ltd.
This material shows black color on its surface, which is the purpose for the identification of similar shape of springs. The black color shall not be changed with the temperature of up-to 500℃ in the heat treatment process. Most of the materials for sprin
Cobalt base alloy NAS-604PH Nippon Seisen Co,.Ltd.
This material is cobalt based alloy for springs, which have high elastic limit and high modulus of elasticity, and which provide better load than springs from piano wire after heat treatment. This material shows equal ability to "X-750" on heat resistant
High strength phosphor bronze wires NP3  Fujii manufacturing co,. Ltd.
This material is C5212 based Ni added alloy and which has extremely great character on each mechanical capability, the Fujii's original brand. Especially its intensity is next strong of berylium.
High strength copper alloy ELEMETAL Nippon Seisen Co,.Ltd.
This material is berylium free but has the same level of character as berylium has. (high-intensity, deposition hardening and high-conductivity). Without the surface finishing, soldering spreads and melts great.
Application Substitution of light pickup suspention wire, mobile phone parts spring, electric contact spring, Berylium copper products and others
Nickel-titanium shape memory alloy SMA Nippon Seisen Co,.Ltd.
Ni-Ti series shape-memory alloy. This material restores its original shape, even after bend and shape change. (which was made under the certain processing and temper finishing) Size range from 0.04mm to 1.60mm. Can be shaped to circle and/or square and/or
Nickel-titanium super elastic alloy SEA Nippon Seisen Co,.Ltd.
Even after changing shape like rubber or sponge original shape restores when the stress is removed. Also it has vibration suppression.
Corrosion resistance, heat resistance and acid resistance
Inconel® INCONEL
Inconel is nickel-based super-alloy. It is brand name of Special Metals Corporation (former company of International Nickel Company). It includes chrome, iron and molybdenum, and has great character at corrosion resistance, heat resistance and acid resis
INCONEL 600 76Ni-15.5Cr-8Fe 
This material can be used in various severe high-temperature-corrosive environment. The temperature of oxidation resistance is up to 1180℃. Application is for nuclear plant, air carrier part and electrical parts and so on.
INCONEL X750 73Ni-15.5Cr-7Fe-2.5Ti-0.7Al-1.0(Nb+Ta)
This material is age-hardened nonmagnetic nickel-chrome alloy, when corrosion resistance, oxidation resistance and high creep rupture (up to 816℃)are necessary. Aluminum and titanium were added for age-hardening. This material has great relaxation charact
HASTELLOY® Hastelloy 57Ni-16Cr-16Mo-4W-5Fe-Co 2.5以下
This is a part of nickel alloy which is Haynes International Inc's brand. Molybdenum and chrome are added to nickel base and has high performance in Corrosion resistance and Heat resistance. Since the material is precipitation-hardened, the material is su

Metal washing agent Unical Co., Ltd.
・ Heating expenses can be reduced because our most products can be used at room temperature.
・ Amount of replenishment can be reduced due to less evaporation.
・ The control of concentration and conditions of bath is simple, so it is easy to use at work place.
・ Investment in cleaning equipments can be reduced at minimum because cleaning effects of our products are excellent so there is less need to be assisted by the equipments.
Degreasing agent Unical Co., Ltd.
Code Usage Object Metal
AM-8 High-speed inline cleaning before plating of zinced hard wire Carbon steel, etc.
FM-3 Cleaning of lubricant and bonderized coating, etc. Carbon steel, stainless steel, copper alloy, Aluminum, etc.
SD-7 Degreasing agent for inorganic water-soluble film
Degreasing agent for oil
All types of austenite stainless steel, titanium, etc.
SD-8 A improved strong cleaning agent of SD-7 400 series stainless steel, 300 series stainless steel, alloy steel, etc.
SY-6 Water-soluble film, zinc phosphate film All kinds of stainless steel, Aluminum and aluminum alloy, pure copper and copper alloy, carbon steel, etc
oxalic film, mineral oil, various resin films etc.
SY-7 A neutral, strong cleaning agent (powder) Carbon steel, aluminum, stainless steel, copper (there is possibility of discoloration), etc.
SY-10 Metal water-soluble degreasing agent Carbon steel, copper, aluminum, stainless steel, etc.
SY-11 Metal water-soluble degreasing agent Carbon steel, copper, stainless steel, etc.
Degreasing cleaning agent for water-soluble inorganic film, lubricant, oil, mineral oil, and finishing wipe after removing ink, etc.
SA-11 Alkali and strong degreasing cleaning agent (paste)
Carbon steel, copper, aluminum, stainless steel, plated material, etc.

SA-15 Cleaning for mineral oil, plant and animal oil

Carbon steel, stainless steel, copper alloy, etc.
SK-8 This product was developed as exclusive-use cleaning agent for degreasing oil, inorganic film lubricant Stainless steel, titanium, etc.
Exclusive-use degreasing cleaning agent
KY-8 For water-soluble inorganic film, oxalate film and mineral oil, etc. Stainless steel, titanium, etc.
It is used under normal temperature in principle, but it is also can be used under optional heating.
It can cope with degreasing cleaning for inorganic water-soluble film and oil.
Optional dilution by water is possible according to difficulty level of cleaning.
NS-6 Degreasing cleaning agent for water-soluble film and drawing oil Stainless steel, titanium, copper alloy, aluminum, etc.

NS-6K Degreasing cleaning agent for water-soluble film and drawing oil Carbon steel, stainless steel, titanium, copper alloy, aluminum, etc.

Permanent liquid life can be maintained by management of titration value.
NH-7 A neutral, non-foaming cleaning agent with low wastewater load All kinds of metals
MG-5 Degreasing cleaning agent for water-soluble film and drawing oil All kinds of metals
Liquid life is very long and it can be used continually with collecting polluted oil.
The component of liquid does not remain only by liquid cut and drying
TR-12 Cleaning agent for zinc phosphate film, oxalate film, mineral oil Carbon steel, stainless steel, titanium, cobalt alloy.
water-soluble inorganic film, oxidized film of cobalt alloy.
UD-7 It can cope with degreasing cleaning for inorganic water-soluble film and oil. Stainless steel, titanium, etc.
The work to collect the stripped films becomes easy because they float up to the surface of liquid.
OD-3 Water-soluble degreasing cleaning agent All kinds of metals.
609N Depleting agent for special working oil Stainless steel, titanium, etc
It is easy to rinse in water because it excels in withdrawal of film and lubricant.
808M Depleting agent for special working oil All types of stainless steel, aluminum and aluminum alloy, pure copper and copper alloy, carbon steel, etc.
Descaling agent Unical Co., Ltd.
Code Usage Object Metal
AL-60 Cleaning of mold lubricant in aluminum forging and oxidized film in aluminum Aluminum, aluminum alloy, etc
AXs-5 Descaling agent for titanium wire, screw wire and so on
Cleaning agent for temper color in stainless steel
Pure titanium, 6-4 titanium and other kinds of titanium alloys, monel, inconel, hastelloy, stainless steel, etc
BA-60 Descaling agent for 400 series stainless steel and carbon steel Ferrite and martensite series stainless steel, carbon steel, titanium, etc.
CR-60 Reinforcing additive agent for pickling of hydrochloric acid Chrome series stainless steel, carbon steel
TI-60 High-speed descaling agent for titanium All kinds of titanium
Ti-7 High-speed descaling agent for titanium All kinds of titanium
KZ-60 Descaling and surface roughing agent for nickel stainless steel Austenite series stainless steel.
There are no problems such as erosion to stainless steel metal surface, brittleness and so on after descaling.
KS-8 It has strong cleaning power to oxalate film used in processing of nickel stainless steel screw. Nickel series stainless steel
KA-09 Descaling agent for nickel series stainless steel sheet Ni-SUS
KM-10 Descaling agent for copper Copper, copper alloy
SG-5 Additive for stimulating iron dissolution
Descaling agent for adding in nitric acid
Inhibiting agent for NOx on descaling
Cobalt alloy, all sorts of titanium alloys, hastelloy, stainless steel, etc.
UD-7No.Ti Cleaning agent for oxide film in titanium All kinds of titanium
NF-20 Cleaning agent for temper color in nickel stainless steel spring and screw Austenite series stainless steel.
Cleaning agent for oxide film, derusting agent
Metal gloss is not lost.
NI-60 Descaling agent for 300 series stainless steel (additive for pickling without salt bath) Ni-SUS
It realizes significant reduction in pickling cost because it can abolish salt bath process.
6-Sp Cleaning agent for special processing film, cleaning agent for oxalate film All kinds of stainless steels, titanium, etc
Descaling agent after air annealing, cleaning agent for temper color
RC-3 Surface preparation agent for copper alloy Pure copper and copper alloy, etc.
Descaling agent for copper alloy and copper alloy forgings
It is possible of inline pickling because the descaling time is shortened dramatically.
YS-3 Additive for inorganic acid (nitric acid, hydrochloric acid, hydrofluoric acid)
It can realize improvement of work environment by inhibiting the generation of NOx and acid gas.
Film forming agentt Unical Co., Ltd.
Code Usage Object Metal
LBK-3 Adhesion of dust can be prevented because there is no sticky after LBK-3 is applied on metal surface. All kinds of metals
Liquid soap lubricant
UC-210s Water-soluble inorganic film agent Stainless steel
UC-220R Film agent for drawing of 400 series stainless steel and carbon steel 400 series stainless steel, Cr-Mo steel, boron steel, etc.
UC-270 Water-soluble resin film agent All kinds of metals.
It is possible to treat above 200-500 tons steel by replenishing undiluted solution.
UC-570R Water-soluble inorganic film agent for high-speed drawing Stainless Steel
UC-333 Water-soluble resin film agent Titanium, 300 series stainless steel, etc.

Lubricant Unical Co., Ltd.
Code Usage Object Metal
UP-45C Calcium dry lubricant All types of stainless steels.
UP-45N Sodium dry lubricant
Wet lubricant series for mild steels, hard steels, special steels and stainless steels
UQ-300 Viscosity  170m㎡/s (40℃)
UQ-500 Viscosity 250m㎡/s (40℃)
UQ-600 Viscosity 315m㎡/s (40℃)
Antirust agent Unical Co., Ltd.
Code Usage Object Metal
BE-9 Water-soluble, long-term antirust agent Carbon steel, copper, aluminum, chromium series stainless steel, etc.
It can be cleaned by water or hot water before processing of steel.
BS-5 Water-soluble antirust agent Martensite series stainless steels, cast iron, carbon steel, aluminum, etc
CM-5 Water-soluble antirust agent ll types of stainless steels, titanium, carbon steel, copper alloy, aluminum, etc
DB-6 Water-soluble antirust agent Copper, brass, phosphor bronze, albata, etc.
BO-10 Oil-based antirust agent Castings, forgings, etc.
Polishing agent Unical Co., Ltd.
Code Usage Object Metal
BR-10 Brightening agent for austenite series stainless steel screw Austenite series stainless steel
DK-9 Chemical polishing agent for copper alloy Copper, copper alloy, etc.
DY-1 Parting agent of copper plating Copper, copper alloy, etc.
FD-3 Passivating agent. The influence to surface quality is a little and the attack of FD-3 to metal surface is a little even if the metal has treated by FD-3 for a long time. Stainless steel (400 series), etc.
MK-10 Luster reconstituent for zinc plating. MK-10 is a luster reconstituent for zinc plating that can restore surface luster of zinc plating to original beautiful metal luster only by immersion under normal temperature. Zinced products
RNC-5 Instant brightening agent for copper and copper alloy. It is an exclusive chemical polishing brightening agent for copper and copper alloy. It is possible that the total processing time from descaling to glazed finish is much shortened from traditional 60 minutes to 5 minutes if RNC-5 is combined with RC-3, the descaling agent.
Copper and copper alloy.
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Type Maker
Coiling machine
torsion madhine
Itaya Engineering Ltd.  SHINKO MACHINERY CO.,LTD.  Orii And Mec Corporation  KIKUCHI-KIKAI Co.,Ltd HERDON MACHINERY ENT. CO.,LTD  SPRING CENTRAL IND CO., LTD.  KWANG HONG MACHINE CO.,LTD. 
Material automatic supply monitoring instrument Coilmaster Co.,Ltd
Temper furnace TOKYO GASDENRO CO.,LTD.  Coilmaster Co.,Ltd  SD Furnace
Spring grinder SYOWA ZOKI Co., Ltd
Spring inspection apparatus Itaya Engineering Ltd.
Spring tester HOKO ENGINEERING CO.,LTD.  Showa Testing Machine Mfg.,Ltd.
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JIS Foreign
Specification Number Name of the Specification Type of Classification Specification Number
JIS G 3521 Hard Drawn Wire SW-A ASTM A 227/A227 M :99
SW-B ASTM A 407: 93 (98)
SW-C ASTM A 417: 93 (98)
ASTM A 510: 02
ASTM A 510 M: 02
ASTM A 679/A679 M:00
BS 2453 :73 (99)
BS EN 10264 1-3:02
BS 4637 : 70(99)
BS 4638 : 70(99)
DIN 2078: 90
BS EN 10270-1:01
DIN EN 10270-1:01
ISO 2232 :90
ISO 6984 :90
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JIS Foreign
Specification Number Name of the Specification Type of Classification Specification Number
JIS G 3525 Piano Wire SWP-A ASTM A 228/A 228 M:02
SWP-B DIN EN 10218-2:96
SWP-V DIN EN 10270-1:01
DIN EN 12166:98
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JIS Foreign
Specification Number Name of the Specification Type of Classification Specification Number
JIS G 3532 Low Carbon Steel Wire SWM-B ASTM A 82 : 97a
SWM-F ASTM A 510 : 02
SWM-N ASTM A 510 M : 02
SWM-A ASTM A 641 : 98
SWM-P ASTM A 641/A 641 M: 98
SWM-C ASTM A 817: 00
SWM-R ASTM A 824: 01
SWM-I
BS EN 10244-2:01
BS 1052: 80(99)
BS 4102 : 98
BS4482: 85
DIN EN 10244-2 : 01
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JIS Foreign
Specification Number Name of the Specification Type of Classification Specification Number
JIS G 3560 Oil Temper Wire for Spring SWO-A ASTM A 229/A229 M:99
SWO-B
SWOSM-A BS EN 10270-2: 01
SWOSM-B DIN EN 10270-2: 01
SWOSM-C
SWOSC-B
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JIS Foreign
Specification Number Name of the Specification Type of Classification Specification Number
JIS G 3561 Oil Temper Wire for Valve Spring SWO-V STM A 230/A 230 M: 99
SWOCV-V BS EN 10270-2: 01
SWOSC-V DIN EN 10270-2 : 01
ASTM A 231/A 231M :96 (2)
ASTM A 232/A 232M :99
ASTM A 401/A 401 M :98
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JIS Foreign
Specification Number Code ISO AISI SAE BS DIN NF ΓOCT
JIS G 4801 SUP3 - 1078 - - - 75,80
Spring Steels 85
SUP6 59Si7 - - - RH388 60C2
SUP7 59Si7 9260 - - - 60C2Γ
SUP9 55Cr3 5155 - 55Cr3 55C3 -
SUP9A - 5160 - - - -
SUP10 51CrV4 6150 735A51 50CV4 50CV4 XφA50XΓφA
735H51
SUP11A 60CrB3 51B60 - - - 50XΓP
SUP12 55SiCr63 9254 685A57 54SiCr6 - -
685H57
SUP13 60CrMo33 4161 705A 60 - -
705H60
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JIS International Standard Foreign Standards European Standard
EN
Specification Number JIS ISO/TS
1551-10
L-No.
USA UK France Germany Russia
UNS AISI BS NF DIN ΓOCT Type Number
JIS G 4303-4305 SUS201 13 S20100 201 Z12CMN17-07Az X12CrMnNiN17-7-5 1.4372
SUS202 S20200 202 284S16 12XΓ9AH4 X12CrMnNiN18-9-5 1.4373
SUS301 5 S30100 301 301S21 Z11CN17-08 X12CrNi17-7 07X16H6 X5CrNi17-7 1.4319
SUS301L 4 X2CrNiN18-7 X2CrNiN18-7 1.4318
SUS301J1 X12CrNi17-7
JIS G 4308-4309 SUS302 S30200 302 302S25 Z12CN18-09 12X18H9
SUS302B 46 S30215 302B
SUS303 14 S30300 303 303S21 Z8CNF18-9 X10CrNiSi18-9 X8CrNiS18-9 1.4305
SUS303Se S30323 303Se 303S41 12X18H10E
SUS303Cu
JIS G 4313-4315 SUS304 6,7 S30400 304 304S31 Z7CN18-09 X5CrNi18-10 08X18H10 X5CrNi18-10 1.4301
SUS304L 1,2 S30403 304L 304S11 Z3CN19-11 X2CrNi19-11 03X18H11 X5CrNi19-11 1.4307
SUS304N1 10 S30451 304N Z6CN19-09Az X2CrNi18-9 1.4306
SUS304N2 S30452
SUS304LN 3,45 S30453 304LN Z3CN18-10Az X2CrNiN18-10 X2CrNiN18-10 1.4311
SUS304J1
SUS304J2
SUS304J3 S30431 S30431
SUS305 8 S30500 305 305S19 Z8CN18-12 X5CrNi18-12 06X18H11 X4CrNi18-12 1.4303
SUS305J1
SUS309S S30908 309S Z10CN24-13
SUS310S S31008 310S 310S31 Z8CN25-20 10X23H18 X6CrNi25-20
SUS315J1
SUS315J2
SUS316 30,31 S31600 316 316S31 Z7CND17-12-02 X5CrNiMo17-12-2 X4CrNiMo17-12-2 1.4401
SUS316F Z6CND18-12-3 X5CrNiMo17-13-3 X4CrNiMo17-13-3 1.4436
SUS316L 21,22 S31603 316L 316S11 Z3CND17-12-02 X5CrNiMo17-13-2 X2CrNiMo17-12-2 1.4404
Z3CND17-13-03 X5CrNiMo17-14-3 03X17H14M3 X2CrNiMo17-13-3 1.4432
X2CrNiMo17-14-3 1.4435
SUS316N S31651 316N
SUS316LN 25,26 S31635 316LN Z3CND17-11Az X2CrNiMoN17-12-2 X2CrNiMoN17-11-2 1.4406
Z3CND17-12Az X2CrNiMoN17-13-3 X2CrNiMoN17-13-3 1.4429
SUS316Ti 32 S31635 Z6CNDT17-12 X6CrNiMoN17-12-2 08X17H13M2T X6CrNiMoTi17-12-2 1.4571
SUS316J1
SUS316J1L
SUS317 S31700 317 317S16
SUS317L 24 S31703 317L 317S12 Z3CND19-15-04 X2CrNiMo18-16-4 X2CrNiMo18-15-4 1.4438
SUS317LN 27 S31753 Z3CND19-14Az X2CrNiMo18-12-4 1.4434
SUS317J1 X2CrNiMo17-13-5 1.4439
SUS317J2
SUS317J3L
SUS836L N0867
SUS890L 35 N08904 N08904 904S14 Z2NCDU25-20 X1CrNiMoCuN25-25-5 1.4539
SUS321 16,17 S32100 S32100 321S31 Z6CNT18-10 X6CrNiTi18-10 08X18H10T X6CrNiTi18-10 1.4541
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JIS International Standard USA Foreign Standards European Standard
EN
Specification Number JIS ISO/TS
1551-10
L-No.
UK France Germany Russia
UNS AISI BS NF DIN ΓOCT Type Number
SUS347 19,20 S34700 347 347S31 Z6CNNb18-10 X6CrNiNb18-10 08X18H12B X6CrNinb18-10 1.4550
SUS384 9 S38400 384 Z6CN18-16
SUSXM7 15 S30430 304Cu 394S17 Z2CNU18-10 S3CrNiCu18-9-4 1.4587
SUSXM15J1 S38100 Z15CNU20-12 X1CrNiSi18-15-4 1.4381
SUS329J1 S32900 329
SUS329J3L 52 S31803 31803 Z3CNDU22-05Az 08X21H6M2T X2CrNiMoN22-5-3 1.4462
SUS329J4L 53 S32250 32250 Z3CNDU25-07Az X2CrNiMoN22-6-3 1.4507
SUS405 66 S40500 405 405S17 Z8CA12 X6CrAl13 X6CrAl13 1.4002
SUS410L Z3C14
SUS429 S42900 429
SUS430 67 S43000 430 430S17 Z8C17 X6Cr17 12X17 X6Cr17 1.4016
SUS430F 68 S43020 430F X7CrMoS18 X6CrMoS17 1.4105
SUS430LX 70 S43035 X6CrTi17 X3CrTi17 1.4510
X6CrNb17 X2CrTi17 1.4520
SUS430J1L Z4CNb17 X3CrNb17 1.4511
SUS434 69 S43400 434 434S17 Z8CD17-01 X6CrMo17-1 X6CrNb17-1 1.4113
SUS436L S43600 436 X1CrMoTi16-1 1.4513
SUS436J1L
SUS444 72 S44400 444 Z3CDT18-02 X2CrMoTi18-2 1.4521
SUS445J1
SUS445J2
SUS447J1 S44700
SUSXM27 S44627 Z1CD26-01
SUS403 S40300 403
SUS410 82 S41000 410 410S21 Z13C13 X10Cr13 X12Cr13 1.4006
SUS410S 65 S41008 410S 410S17 Z8C12 X6Cr13 08X13 X6Cr13 1.4000
SUS410F2
SUS410J1 S41025
SUS416 83 S41600 416 416S21 Z11CF13 X12CrS13 1.4005
SUS420J1 85 S42000 420 420S29 Z20C13 X20Cr13 20X13 X20Cr13 1.4021
SUS420J2 84 S42000 420 420S37 Z33C13 X30Cr13 30X13 X30Cr13 1.4028
SUS420F S42020 420F Z30CF13 X29CrS13 1.4029
SUS420F2
SUS429J1
SUS431 91 S43100 431 431S29 Z15CN16-02 X20CrNi17-2 20X17H2 X19CrNi17-2 1.4057
SUS440A S44002 440A Z70C15 X70CrMo15 1.4109
SUS440B S44003 440B
SUS440C S44004 440C Z100CD17 95X18 X105CrMo17 1.4125
SUS440F S44020 S44020
SUS630 101 S17400 S17400 Z6CNU17-04 X5CrNiCuNb16-4 1.4542
SUS631 102 S17700 S17700 Z9CNA17-07 X7CrNiAl17-7 09X17H7 10 X7CrNiAl17-7 1.4568
SUS632J1
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Specification Number Japan Specification Foreign Specification
JIS USA UK Germany European International
CDM ASTM BS DIN EN ISO
H3260:06 - - - - 176771:83 12166:98
Specification Name Copper& Copper Alloy Wires - - Copper& Copper Alloy Wires Copper& Copper Alloy Wires
Material Code C1020W - -
Specification Number Japan Specification Foreign Specification
JIS USA UK Germany European International
CDM ASTM BS DIN EN ISO
H3260:06 - 176771:83 12166:98 -
Specification Name Copper& Copper Alloy Wires Copper& Copper Alloy Wires - Copper& Copper Alloy Wires -
Material Code C1100W C11000 B1:1990
B2: 1988
B3: 1990
C101
C102
- ECu58
ECu57
-
C1201W C12000 - C106 - SW-Cu CW119C
C1220W C12200 - C106 - SF-Cu CW024A
C2100W C21000 C21000
(B134:01)
- - 17670:83
CuZn5
-
C2200W C22000 C22000
(B134:01)
CZ101 - CuZn10 CW501L
C2300W C23000 C23000
(B134:01)
CZ102 - CuZn15 CW502L
C2400W C24000 C24000
(B134:01)
CZ103 - CuZn20 CW503L
C2600W C26000 C26000
(B134:01)
CZ106 - CuZn30 CW505L
C2700W C27000 C27000
(B134:01)
CZ107 - CuZn36 CW507L
C2720W C27000 C27000
(B134:01)
- - CuZn37 CW507L
C2800W C28000 - - - CuZn40 CW509L
C3501W C35000 - CZ119 - CuZn36Pb1.5 CW608N
C3601W - - - - - CW606N
C3602W - - - - -
C3603W - - - - -
C3604W - - - - CuZn39Pb3
Specification Number Japan Specification Foreign Specification
JIS USA UK Germany France European
AA ASTM BS DIN NF ISO
H4040:06 AA:03 B221M:03
B316M:02
EN573-3:03
EN754-2:97
EN1301-2:97
EN573-3:03
EN754-2:97
EN1301-2:97
EN573-3:03
EN754-2:97
EN1301-2:97
209-1:89
6363-2:93
Specification Name
Material Code A5056BD
A5056W
5056 5056 - Al Mg5Cr
A5083BD
A5083W
EN AW-5083 Al Mg4.5Mn0.7
A5086BD EN AW-5086 Al Mg4
A6061BD
A6061W
6061 6061 EN AW-6061 Al Mg1SiCu
A6262BD 6262 6262 EN AW-6262 Al Mg1SiPb
A6082BD EN AW-6082 Al SiMgMn
A6181BD - Al SiMg0.8
A7020BD EN AW-7020 Al Zn4.5Mg1
A7049BD EN AW-7049A Al Zn8MgCu
A7075BD 7075 7075 EN AW-7075 Al Zn5.5 MgCu
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Japan USA UK Germany International standard
Specification JIS ASTM BS DIN ISO
Number H4670 B863 17863
Name of specification Titanium and titanium alloys - wires
Classification TW 270 Grade 1 3.7025
TW 340 Grade 2 3.7025
TW480 Grade 3 3.7025
TW 270 Pd Grade 11
TW 340 Pd Grade 7
TW 480 Pd
TW 345 NPRC Grade 33
TW 450 NPRC Grade 34
TW 343 Ta
TW 240 Pd Grade 17
TW 345 Pd Grade 16
TW 345 Pco
TW 450 Pco
TW 275 RN Grade 13
TW410RN Grade 14
TW483RN Grade 15
TAW1500 Grade 37
TAW3250 Grade 9
TAW3250F
TAW4220
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Japan USA UK Germany Europe
Specification JIS CDA ASTM BS DIN EN
Name of specification H3100 17670-1
Classification Copper and copper alloy sheets, plate and strips
C2400P C24000 C24000 (B36) CZ103 17670 CuZn20 CW503L
C2400R
C2400RS
C2600P C26000 C26000 (B36) CZ106 17670 CuZn30 CW505L
C2600R
C2600RS
C2680P C26800 C26800 (B36) CZ107 17670 CuZn36 CW506L
C2680R
C2680RS
C2720P C27200 C27200 (B36) CZ108 17670 CuZn37 CW507L
C2720R
C2720RS
C2801P C28000 C28000 (B135) 17670 CuZn40 CW612N
C2801R
C2801RS
C3560P C35600 C35600 (B121) CZ119 17670 CuZn36Pb1.5 CW606N
C3560R
C3561P
C3561R
C3710P C27100 CZ123 CW508L CW610N
C3710R CuZn39Pb0.5
C3713P
C3713R CuZn39Pb1.5
C4250P C42500
C4250R
C4250RS
C4430P C44300 C44300 (B171) 17670 CuZn28Sn1
C4430R
C4450R C44500
C4621P C46200 CZ112 CW600N
C4640P C46400 C46400 (B171) 17670 CuZn38Sn1
C6140P C61400 (B169) CA106 CW303G
C6161P 2874 CA103 17670 Cu-Al8Fe3 CW303G
C6280P C62800 17670 CuAl10Ni5Fe4
C6301P C63000 C63000 (B171)
C6711P 17670 CuZn38Sn1
C6712P 17670 CuZn39Pb0.5
C7060P C70600 C70600 (B171) CN102 17670 CuNi10Fe1Mn CW352H
C7750P C71500 C71500 (B171) CN106 17670 CuNi30Mn1Fe CW354H
C7250PS C72500 C71500 (B171)
C7520RS
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Japan USA UK Germany Europe
Specification JIS CDA ASTM BS DIN EN
Name of specification H3110 17670-1 1652
Classification Phosphor Bronze and Nickel Silver Sheets, plates and strips
C1020P C10200 C10200 (B152) C103 OF-Cu
C1020PS
C1020R
C1020RS
C1100P C11000 C11000 (B152) C101 C102
C1100PS
C1100R ECu58, ECu57
C1100RS
C1100PP
C1201P C12000 C12000 (B152) C106 SW-Cu CW119C
C1201PS
C1201R
C1201RS
C1220P C12200 C12200 (B152) SF-Cu CW024A
C1220PS
C1220R C106
C1220RS
C1221P
C1221PS
C1221R
C1221RS
C1221PP
C1401PP
C1441PS
C1441RS
C1510PS C15100 C15100
C1510RS
C1921PS
C1921RS
C1940PS C19400 C19400
C1940RS
C2051R C20500
C2100P C21000 C11000 (B152) 17670 CuZn5
C2100R
C2100RS
C2200P C22000 C22000 (B36) CZ101 17670 CuZn10 CW501L
C2200R
C2200RS
C2300P C23000 C23000 (B36) CZ102 17670 CuZn15 C502L
C2300R
C2300RS
C5050P
C5050R
C5071P
C5071R
C5111P C51100 C51100 (B103) PB101 CuSn4 CW450W
C5111R
C5102P C51000 C51000 (B103) PB102 CW451K
C5102R
C5191P C51900 PB103 CuSn6 CW452K
C5191R
C5212P C52100 C52100 (B103) EN104 CuSn8 CW453K
C5212R
C7351P C73500 C73500 (B122)
C7351R
C7451P C74500 C74500 (B122) NS103 CuNi12Zn24
C7451R
C7521P C75200 C75200 (B122) NS106 CuNi18Zn20
C7521R
C7541P C75400 NS105 CuNi18Zn24
C7541P
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Japan USA UK Germany Europe International standard
Specification JIS CDA ASTM BS DIN EN ISO
Name of specification H4000 AA B209M EN 573-3 EN 573-3 EN 573-3 209-1
AE 485-2 AE 485-2 AE 485-2 6361-2
Classification Aluminium and aluminium alloy sheets,
strips and plates
A1085P
A1080P
A1070P
A1050P
A1050AP AN AW-1050A Al99.5
A1060P 1060 1060
A1100P 1100 1100 Al99.0 Cu
A1200P EN AW-1200 Al99.0
A1N00P(1100A)
C1201P(1100A)
AiN30P(1230A)
A2014P 2014 2014 EN A W-2014
A2014PC Alclade 2014 Alclade 2014
A2014AP EN AW-2014A AE Cu4SiMg(A)
A2017P
A2017AP EN AW-2017A AE Cu4SiMg(A)
A2219P 2219 2219 Al Cu6Mn
A2024P 2024 2024 EN AW-2024 Al Cu4Mg1
A2024PC Alclad 2024 Alclad 2024
A3003P 3003 3003 EN AW-3003 Al Mn1 Cu
A3103P EN AW-3103 Al Mn1
A3203P
A3004P 3004 3004 EN AW-3004
A3104P
A3005P 3005 3005 EN AW-3005
A3105P 3105 3105 EN AW-3105
A5005P 5005 5005 EN AW-5005 Al Mg1(B)
A5021P
A5042P
A5052P 5052 5052 EN AW-5052 Al Mg2.5
A5652P 5652 5652
A5154P 5154 5154
A5254P 5254 5254
A5454P 5454 5454 EN AW-5454 Al Mg3Mn
A5754P 5754 EN AW-5754 Al Mg3
A5082P
A5182P EN AW-5182
A5083P 5083 5083 EN AW-5083 AlMg4.5Mn0.7
A5086P 5086 5086 EN AW-5086
A5M01P(5110A)
A6101P
A6061P 6061 6061 EN AW-6061
A6082P EN AW-6082
A7010P
A7075P 7075 7075 EN AW-7075 Al Zn5.5MgCu
A7075PC Alclad 7075 Alclad 7075
A7N01P(7204)
A7475P Al Zn5.5MgCu(A)
A7178P 7178 7178 Al Zn7MgCu
A8021P
A8079P
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JIS Relataed foregn standard
Specification Number Specification name Material Mark Specification Number Material Mark
JIS G3141 ASTM A109 Temper NO.1, 2, 3, 4, 5
ASTM A1008 CS Type A., B, C
Cold reduced carbon steel sheets and strips SPCC, SPCD, SPCE DS Type A. B
DDS, EDDS
ASTM A366 A1008
ASTM A620 A1008
BS1449 Part 1 BS EN 10139
CS4, 10, 12, 17. 20, 22, 30, 40, 50, 60, 70, 80, 95
BS EN 10130 FeO91, 03, 04, 05, 06
DIN EN 10130
NF EN 10130
BS EN 10131
DIN EN 10131
NF EN 10131
BS EN 10139 DC01, 03, 04, 05, 06
DIN EN 10139
NF EN 10139
BS EN 10140
DIN EN 10140
NF EN 10140
DIN 1624 DIN EN 10139
DIN 1623-2 St37-2G, USt37-2G, St37-3G, St44-3G, 52-3G, 50-2G, 60-2G, 70-2G
ISO 3574 CR1, 2. 3. 4. 5
ISO 5954 CRH-50, 60, 70 CRH
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