Standard Dimensions Iron Nickel Alloy Plate 4J36 With Excellent Corrosion Resistance for Medical Equipment

Discover the precision-engineered 4J36 Iron Nickel Alloy Plate specifically designed for critical medical equipment applications. This specialized material delivers exceptional corrosion resistance and unmatched dimensional stability in temperature-sensitive environments. With its ultra-low thermal expansion properties, it ensures reliability in MRI machines, surgical instruments, and diagnostic devices. Manufactured under strict quality protocols, our alloy plates maintain consistent performance in sterile medical settings where material integrity is non-negotiable.

As a distributor with ISO9001 certification and global export experience, we guarantee material traceability and compliance with international medical standards. Our plates undergo rigorous testing to meet the stringent requirements of life-saving equipment, providing OEMs with a trusted solution for high-precision components.

Key technical advantages include:

• Thermal stability - Coefficient of thermal expansion as low as 1.6×10^-6/K (20-100°C)

• Corrosion resilience - Resists bodily fluids, disinfectants, and sterilization processes

• Machinability - Maintains dimensional accuracy during CNC processing

• Biocompatibility - Suitable for implantable device components (upon request)

• Material purity - Controlled composition with ≤0.05% carbon content

Technical specifications for standard grades:

In medical imaging equipment, the alloy's near-zero expansion characteristics prevent calibration drift in temperature-fluctuating environments. For surgical tools, it provides superior fatigue resistance during repeated sterilization cycles. The material's non-magnetic properties ensure compatibility with sensitive electronic components, while its weldability allows seamless integration into complex assemblies.

Our manufacturing partners utilize vacuum induction melting to achieve precise nickel content (36±0.5%) with controlled trace elements. Post-production, plates undergo ultrasonic testing to detect internal flaws and eddy current inspection for surface integrity. Available with custom certifications including material test reports (MTRs) and origin documentation.

Frequently Asked Questions:

• Q: What makes 4J36 suitable for medical devices?
  A: Its unique combination of corrosion resistance, thermal stability, and biocompatibility meets critical healthcare requirements.

• Q: Can you provide custom-sized plates?
  A: Yes, we offer waterjet cutting and machining services for bespoke dimensions with ±0.1mm tolerance.

• Q: What quality documentation is available?
  A: All shipments include material certificates with chemical analysis and mechanical test data per EN 10204 3.1.

• Q: How does thermal expansion affect medical instruments?
  A: Minimal expansion prevents calibration errors in temperature-sensitive devices like laser surgical tools.

• Q: What packaging is used for medical-grade plates?
  A: We use VCI-coated waterproof wrapping with edge protectors to prevent contamination during transit.

• Q: Are there alternatives for MRI applications?
  A: 4J36 is preferred for its non-magnetic properties, but we can advise on alternatives like titanium alloys.

With ISO9001-certified quality management and shipments from Shanghai/Tianjin ports, we ensure timely delivery to medical equipment manufacturers worldwide. Our technical team provides application engineering support from prototype development to volume production. Contact us for alloy selection guidance, sample requests, or volume quotations – let our expertise enhance your medical device reliability.

Serving OEMs across North America, Europe, and Asia since 2022, we maintain an annual export volume exceeding $100 million. Request material specifications today to discover how our 4J36 plates can optimize your medical equipment performance while reducing lifecycle costs.