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Improves strength, corrosion resistance, and wear resistance.
Reduce costs and improve product performance. (Material change from SUS420J2 to ASK-8000. Omit surface treatment by improving corrosion resistance.)
Productivity does not change even if Pb-free. (Material change from ASK-3500A and SUS416 to ASK-3500R.)
Productivity does not change even if Pb-free .
No need to hold intermediate stock, Shorten lead times and reduce administration costs. (Omit heat treatment and surface treatment.)
Plating defects are reduced to zero. Streamlining the manufacturing process contributes to the reduction of administrative costs.
For hard and rust-resistant products. Hardness equivalent to SUS440C and corrosion resistance equivalent to SUS630.
Suppresses thermal vibration.
For rust-resistant products. Higher level of corrosion resistance and hardness than SUS420.
Good quality acoustic properties.
Hard but easy to process. Machinability equivalent to SUS303.
Good forgeability, high corrosion resistance and high hardness.
Corrosion resistance is higher than that of SUS440C, and can be used in severe environments.
Improves surface roughness. (Material change from SUS304 to ASK-8000.)
Achieves the same performance as ASK-3200, which has high corrosion resistance and machinability, without Pb.
Hardness and productivity have been greatly improved. (Increased hardness and machinability compared to SUS304.)
ASK-3200, which has excellent magnetic properties, corrosion resistance, and machinability, has been made Pb-free while maintaining the properties and productivity.
Finished surface is also good. Improves hardness and abrasion resistance.
High machinability and straightness while being Pb-free.
The same characteristics and productivity as SUM24L while being Pb-free.
Improves durability. Hardness higher than SUS303.
High corrosion resistance and high hardness required in the medical field.
High strength prevents deformation and has excellent wear resistance.
Improves durability and productivity.
Smooth surface finish for complex processing.
Improves productivity. (Material change from SUS303 to ASK-3000S. Improves ductility and machinability.)
Improves corrosion resistance and productivity.
High wear resistance and hardness, it is also suitable for cutting due to its high machinability.
Improves productivity. The amount of sulfur (S) contained in SK95 has been increased, and lead (Pb) has been added to improve machinability.
Improved machinability without changing the characteristics of SK95 and made Pb-free.
High wear resistance and hardness, it is also suitable for cutting due to its high machinability.
Characterized by high corrosion resistance, hardness, and machinability.
Improves productivity while maintaining hardenability.Improves machinability of S45C and S48C.
Improves productivity. (Material change from SUS420F to ASK-3400T.)
Processing time for boring, drilling, etc. can be significantly reduced.
Improves torsion and warpage.Highest class machinability.
Improves rollability and corrosion resistance.
Higher machinability than SUS430F.
Higher machinability than SUS303.
Increases productivity of parts using small diameters. Higher machinability than SUM24L.
Increases productivity of parts using small diameters. Higher machinability than SUS420F.
Improves productivity. （Material change from SUS416 to ASK-3700.)
Higher machinability than SUS430F and has excellent magnetic properties.
SUS303 type material with good corrosion resistance and rollability.
Higher machinability than SUS303.
Improves productivity. (Material change from SUS430F to ASK-3300T.)
Processing time for boring can be significantly reduced. (Material change from SUS304 to ASK-3000T.)
The needle tip can be finished sharp and has high wear resistance.
Higher machinability than SUS430F and has excellent magnetic properties.
High machinability while being Pb-free, reducing processing costs. (Material change from SUM24L to ASK-2600R.)
High machinability and corrosion resistance while being Pb-free.
Reduces processing time.
The best machinability among the SUS303 types and greatly shortens the processing time.
Free-cutting pure iron with high machinability. Both magnetic properties and machinability.
High machinability contributes to the world's highest precision.
Free-cutting pure iron with even lower iron loss than ASK-7000F.
High hardness and high wear resistance.
Stainless steel with high machinability.
High magnetic properties and machinability.
High magnetic properties and machinability.
It features a balance of cost, bendability, and machinability.
Higher machinability than SUS430F.
Higher machinability than SUM24L.
Higher machinability and rollability than SUS303.
Higher machinability than SUS304.
High hardness and abrasion resistance.
High magnetic properties and machinability.
Higher machinability than SUS416.
Characterized by high machinability, straightness, and low cost.
Achieves high straightness while being Pb-free.
Characterized by high machinability, straightness, and low cost.
Higher machinability than SUS430F.
High machinability and corrosion resistance, and is ideal for design changes from SUS304.
Higher machinability than SUS420 types.
Highest machinability among SUM24L types
Characterized by magnetic properties and high machinability.
High hardness and machinability.
High machinability achieves stable quality.
Improves productivity. Higher machinability than SUS420F.