FE8414 Invar 52 Plate Thickness 10 mm

Invar 52 Plate Thickness 10 mm Description

Invar 52 is a nickel-iron alloy renowned for its remarkably low coefficient of thermal expansion, making it an ideal choice where precise dimensional stability is crucial. This 10 mm thick Invar 52 Plate maintains its shape consistently across various temperature ranges, ensuring critical components remain accurate and reliable. Its strength and resistance to thermal distortion are particularly beneficial for aerospace instrumentation, scientific devices, and high-end electronics, where even the smallest shift in dimensions can have significant effects.

Produced to exacting quality standards, this Invar 52 Plate undergoes rigorous testing at every stage of manufacturing. The result is a high-grade product that offers excellent machinability and formability while maintaining strict tolerance requirements. Whether used in precision tooling or complex assemblies, it delivers reliable performance for both short-run and large-scale projects.

Invar 52 Plate Thickness 10 mm Applications

Invar 52 Plate with a 10 mm thickness is recognised for its exceptional dimensional stability, primarily due to its low coefficient of thermal expansion. This makes it highly valuable in a wide range of precision engineering and industrial applications. The material’s unique blend of nickel and iron ensures consistent performance under various temperature conditions, providing reliable shape retention and improved operational efficiency.

1. Electronics and Instrumentation Applications

·        Sensor Housings: The stable structure of Invar 52 ensures sensors remain accurate in temperature-sensitive environments.

·        Precision Clock Components: This alloy helps maintain timing accuracy by reducing thermal expansion effects that can disrupt performance.

2. Cryogenic Systems Applications

·        Vacuum Chambers: Invar 52 plates are often used to fabricate vacuum chambers that demand minimal dimensional changes at ultra-low temperatures.

·        Liquefied Gas Storage: The alloy’s reliability ensures that tanks and containers for cryogenic liquids remain effectively sealed.

3. Aerospace and Defence Applications

·        Satellite Frameworks: Invar 52’s reduced thermal expansion maintains structural integrity amid extreme temperature variations in orbit.

·        Guidance System Housings: This alloy helps preserve the alignment and calibration of precision navigation devices in defence equipment.

Invar 52 Plate Thickness 10 mm Packaging

Invar 52 plates with 10 mm thickness arrive in vacuum-sealed packaging reinforced by sturdy, moisture-resistant materials. Each plate is layered with anti-corrosion coatings or VCI papers to protect against oxidation and rust. Bubble wrap and shock-absorbing inserts guard edges from impact-related damage. For secure handling, plates are contained in robust crates or pallets, clearly labelled for easy identification. Customisations, including specialised labelling or added protective layers, are available to suit unique handling and shipping parameters.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Invar 52 Plate Thickness 10 mm FAQs

Q1: What are the key material properties of Invar 52 Plate Thickness 10 mm?

A1: Invar 52 is a nickel-iron alloy featuring approximately 52% nickel content, known for its low thermal expansion and excellent dimensional stability. With a density around 8.1 g/cm³ and good machinability, it maintains consistent mechanical properties across a broad temperature range. For a 10 mm plate thickness, common tensile strengths range from 480 to 620 MPa, ensuring reliable performance across multiple aerospace, electronic, and precision engineering applications.

Q2: How can Invar 52 Plate Thickness 10 mm be processed or fabricated?

A2: Invar 52 Plate Thickness 10 mm can be processed through standard fabrication techniques, including cutting, drilling, and forming. Because of its nickel-iron composition, it is crucial to monitor heat inputs carefully during welding to maintain dimensional stability. Vacuum or inert gas atmospheres are often used for heat treatments, such as annealing at 850–900°C, to achieve optimal mechanical properties and control distortion.

Q3: Which quality standards and certifications apply to Invar 52 Plate Thickness 10 mm?

A3: Invar 52 Plate Thickness 10 mm typically adheres to industry specifications such as ASTM F1684 and UNS K94800, ensuring consistent composition and mechanical performance. Many manufacturers are ISO 9001 certified for quality management and may also meet specific requirements from aerospace standards like AMS. Products often undergo ultrasonic testing and chemical composition verification to confirm integrity. Certifications from recognised bodies help guarantee traceability, material uniformity, and compliance with stringent engineering demands.

Related Information

1. Manufacturing Process

Maintaining the unique characteristics of Invar 52 Plate at a thickness of 10 mm requires specialised thermal and mechanical operations. The process typically begins with precise cutting methods to size the plate while conserving its nickel-iron composition before any heat treatment. Detailed attention is also given to temperature control during forming, as Invar 52’s low coefficient of thermal expansion is particularly sensitive to rapid shifts in heat. This approach ensures that the plate retains its dimensional stability and remains consistent in thickness from one batch to the next.

Complex tooling setups and controlled atmospheres further contribute to the reliability of the 10 mm Invar 52 Plate. By utilising inert gases and gradual cooling cycles, manufacturers help prevent distortion or unwanted phase changes that could compromise the material’s integrity. In many cases, multi-stage annealing processes are used to relieve internal stresses while preserving the alloy’s core properties. This level of precision manufacturing enables the plates to maintain exceptional performance in tightly regulated environments.

2. Research and Development

Recent developments in metallurgical science have led to more refined production methods for Invar 52, particularly for plates that measure 10 mm in thickness. Through extensive testing, researchers have uncovered new opportunities to enhance the material’s strength and thermal stability, broadening its applicability in industrial and scientific sectors. As laboratory techniques evolve, more precise measurements of the nickel-iron balance help engineers tailor specific mechanical properties to meet the demands of advanced applications.

Technical collaborations between academic institutions and private industry are driving significant improvements in the quality and consistency of Invar 52 Plate. Advanced simulations and trial runs enable scientists to predict how the alloy behaves under extreme conditions, guiding future innovations that elevate performance standards. This proactive research approach not only refines current manufacturing processes but also inspires novel applications for the reliable 10 mm thick plate in aerospace, electronics, and beyond.