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Help CenterIndustrial Grade Iron Nickel Alloy Plate 4J36 Compatible With Scientific Instruments and Tools
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Engineered for precision-critical applications, our Industrial Grade 4J36 Iron Nickel Alloy Plate delivers exceptional dimensional stability under temperature fluctuations. This specialized material maintains consistent performance in demanding scientific environments where thermal expansion control is paramount. Manufactured under strict quality protocols, it offers superior compatibility with high-precision instruments while ensuring long-term reliability and measurement accuracy.
Core Technical Advantages:
Ultra-Low Thermal Expansion – Maintains dimensional integrity across temperature ranges from -250°C to +200°C
Exceptional corrosion resistance suitable for vacuum systems and laboratory environments
Non-magnetic properties ensuring zero interference with sensitive instrumentation
High strength-to-weight ratio for structural applications requiring minimal thermal distortion
Standard Specifications:
| Property | Typical Value | Testing Standard |
| Thermal Expansion Coefficient | 1.5 × 10-6/K (20-100°C) | ASTM E228 |
| Tensile Strength | 517 MPa | ASTM E8 |
| Density | 8.1 g/cm³ | ASTM B311 |
| Electrical Resistivity | 82 μΩ·cm | ASTM B193 |
The alloy's unique crystalline structure provides outstanding performance consistency across thermal cycling conditions. Its near-zero expansion characteristics make it indispensable for optical mounting systems, laser components, and precision measurement devices where micron-level stability determines operational success. The material undergoes rigorous non-destructive testing including ultrasonic inspection to guarantee internal integrity.
Industry-Specific Benefits:
Reduces recalibration frequency by up to 60% in metrology equipment
Eliminates thermal drift in electron microscopy stages
Enables tighter tolerances in aerospace sensor fabrication
Extends service life of cryogenic equipment components
Backed by Jiangsu Zhonggongte Metallurgical Technology's ISO9001-certified manufacturing and global distribution capabilities, we provide tailored solutions for research facilities and industrial tooling manufacturers. Our vertically integrated processing allows for custom annealing treatments and specialized surface finishes to meet exact application requirements.
With established logistics channels through Shanghai and Tianjin ports, we ensure timely delivery to scientific institutions and precision engineering facilities worldwide. Contact our metallurgical specialists today to discuss how 4J36 alloy can enhance your instrument performance while reducing lifecycle costs.
Frequently Asked Questions
Q: What makes 4J36 suitable for scientific instruments?
A: Its near-zero thermal expansion coefficient maintains dimensional stability across temperature variations, critical for measurement accuracy.
Q: Can you provide custom machining services?
A: Secondary processing including cutting, drilling, and surface grinding is available upon request.Q: What is the lead time for custom sizes?
A: Standard sizes ship in 7-10 days; non-standard dimensions require 3-4 weeks depending on specifications.
Q: Does the material require special handling?
A: While corrosion-resistant, we recommend standard protective storage to prevent surface contamination.
Q: Are material certificates provided?
A> Mill test reports including composition verification and mechanical properties accompany each shipment.
Q: What packaging is used for international shipment?
A: We utilize weather-resistant crating with edge protection to prevent transit damage.
Q: Can you supply smaller quantities for prototyping?
A: Sample quantities are available for R&D and testing purposes.
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