Views: 0 Author: Site Editor Publish Time: 2025-05-27 Origin: Site
High hardness, corrosion resistance, and cost optimization enable safe and reliable medical tools
In the medical industry, the performance of instrument materials directly affects patient safety and surgical results. Through material optimization and precision processing, DSM420J2 stainless steel significantly improves corrosion resistance while maintaining the high hardness of martensitic stainless steel, becoming a cost-effective solution for surgical, dental and disposable medical devices.
Why choose DSM420J2 for the medical industry?
Excellent hardness and wear resistance
The hardness can reach HRC 50+ after heat treatment, ensuring the sharpness and durability of surgical blades, orthopedic drills and other instruments.
Suitable for high-frequency use scenarios, such as dental instruments and surgical scissors, to reduce performance degradation caused by wear.
Optimized corrosion resistance
The special smelting process reduces the impurity content and pitting risk, which is better than the traditional 420J2.
The surface can be adapted to DLC coating, titanium nitride (TiN) and other treatments to further improve corrosion resistance and antibacterial properties.
Strict medical compliance
Complies with ISO 10993-5 biocompatibility standards for short-term contact devices.
FDA 510(k) & CE certification ensures material safety and traceability.
Significant cost-effectiveness
Compared to 316L stainless steel, the cost is reduced by 30%~40%, which is suitable for disposable devices or budget-sensitive purchases.
The mature precision stamping and etching processes support the efficient mass production of complex device structures.
Material properties, one step ahead
DSM420J2 is a martensitic stainless steel. Through optimized metallurgical control and purification process, it greatly improves corrosion resistance and processing stability while maintaining its hardness advantage.
chemical composition
C≤% | Si≤% | Mn≤% | P≤% | S≤% | Ni≤% | Cr % |
0.26-0.35 | 1.00 | 1.00 | 0.040 | 0.030 | 0.60 | 12.00-14.00 |
Mechanical properties
Tensile strength(Min) | Yield Strength(Min) | Elongation(Min)% | Hardness(Max) | ||
Mpa | Mpa | 50mm | HRB | HV | HRC |
540 | 225 | 18 | 99 | 247 | 55 |
Supply size
DSM provides multiple processing modes for DSM420J2
Thickness | Thickness Tolerance | Width | Width Tolerance | ||
mm | inches | mm | mm | inches | mm |
0.05-1.2 | 0.002-0.047 | MIN ±0.003mm | 4.2-700 | 0.165-27.580 | MIN ±0.02 |
1.2-4.5 | 0.047-0.122 | MAX ±0.05mm | 21-775 | 0.8274-30.535 | MAX ±0.1 |
3.0-25.4 | - | - | 600-2000 | - | - |
Length: coil type or it can be produced as customer requirements.
Inner and outer diameter
Inner Diameter: 300, 400, 500( Customized according to the customer's machine size )
Outer diameter: The outer diameter range is determined based on the width of the material required by the customer and the maximum weight of a single trailer.
Note: The weight of a single trailer generally does not exceed 2 tons to ensure that the goods will not be damaged during transportation and moving.
Surface
DSM offers a variety of different surface treatments for stainless steel plates. There are1U, 1C, 1D, 1E, 2B, BA, No.4, TR, HL etc.
Edge
The edge of the steel strip is trimmed, and the burr height is 10% mm. If there are special requirements for the edge, it can be scraped.
Typical medical applications of DSM420J2
Surgical scissors/tweezers/probes
Orthopedic endoscope forceps, joint scrapers
Dental drills, tooth cleaner components
Syringe pistons and needle cores
Minimally invasive surgical blades and positioning components.
DSM Stainless Steel - Focus on precision, serve life
High-performance medical stainless steel represented by DSM420J2 is continuously empowering global medical manufacturing. If you are looking for a professional material with strength, corrosion resistance and processing performance, DSM420J2 is worth your in-depth understanding.
Welcome to inquire for samples and technical specifications. We look forward to working with you to promote the innovation of medical precision manufacturing.