Precision Engineering for Thermal Stability
Precision-engineered Invar 36 components with exceptional dimensional stability and minimal thermal expansion. Ideal for aerospace, scientific instruments, and precision equipment.
Invar 36's remarkably low coefficient of thermal expansion makes it ideal for applications requiring dimensional stability across temperature ranges.
Our advanced CNC machining capabilities ensure tight tolerances and excellent surface finishes for your Invar 36 components.
All Invar 36 parts are manufactured to meet stringent aerospace and scientific instrument specifications.
Capable of producing intricate Invar 36 components with complex features and tight tolerances.
Detailed technical specifications and properties of Invar 36 alloy
Our comprehensive manufacturing process ensures the highest quality Invar 36 parts
Each batch of Invar 36 undergoes rigorous testing to verify chemical composition and physical properties.
Advanced CAM software optimizes toolpaths for precise machining of Invar 36 components.
Machining is performed in a temperature-controlled environment to maintain dimensional stability.
Parts are inspected using high-precision CMM machines with temperature compensation.
Optional surface treatments available to enhance corrosion resistance and appearance.
Final inspection and certification according to customer specifications and industry standards.
Precision components for aircraft engines and space instruments
High-precision measuring devices and laboratory equipment
Mounts and frames for sensitive optical equipment
Precision measurement tools and calibration equipment
Our comprehensive quality control process ensures every Invar 36 part meets the highest standards
Our facility maintains ISO 9001:2015 certification for quality management systems.
State-of-the-art measurement equipment including CMM and optical measurement systems.
Complete material traceability from raw material to finished product.
Comprehensive quality documentation including material certificates and inspection reports.
Rigorous process validation and monitoring to ensure consistent quality.
Multiple quality inspection points throughout the manufacturing process.
Real-world applications of our Invar 36 manufacturing capabilities
Custom Invar 36 optical mounting system for satellite imaging equipment requiring extreme thermal stability.
Precision-machined Invar 36 frame for electron microscope with critical dimensional stability requirements.
High-precision Invar 36 components for coordinate measuring machine requiring exceptional dimensional stability.
Explore alternative materials for your precision engineering needs
Common questions about Invar 36 properties and manufacturing
Invar 36 is a nickel-iron alloy containing approximately 36% nickel that exhibits extremely low thermal expansion properties. This unique characteristic makes it invaluable for applications requiring dimensional stability across varying temperatures.
Invar is expensive due to its high nickel content, complex manufacturing process, and specialized applications. The precise control required during production and the material's unique properties contribute to its higher cost compared to standard steels.
No, Invar 36 is not a stainless steel. It is a nickel-iron alloy specifically designed for low thermal expansion. Unlike stainless steel, it does not contain significant amounts of chromium and may require additional surface treatment for corrosion resistance.
While both are nickel alloys, they serve different purposes. Invar 36 is designed for minimal thermal expansion, while Inconel is engineered for high-temperature strength and corrosion resistance. Inconel typically contains more chromium and can withstand higher temperatures.
We are your ideal partner for custom Invar 36 parts manufacturing. With our advanced CNC machining capabilities, strict quality control processes, and extensive experience in precision manufacturing, we can deliver high-quality Invar 36 components that meet your exact specifications. Contact us today to discuss your requirements.
Key considerations include: proper material certification, machining parameters specific to Invar 36, thermal treatment requirements, dimensional stability requirements, surface finish specifications, and end-use environment conditions.
Request a custom quote for your Invar 36 machining project
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