FE8395 Invar 52 Sheet Thickness 1 mm

Invar 52 Sheet Thickness 1 mm Description

Invar 52 Sheet with a 1 mm thickness is a highly specialized iron-nickel alloy known for its ultra-low thermal expansion. Comprising approximately 52% nickel, it delivers remarkable dimensional stability, making it a top choice where minimal expansion or contraction is critical. Its excellent mechanical and magnetic properties further enhance versatility, ensuring reliable performance under demanding conditions. The consistent thickness of 1 mm allows for precise fabrication, supporting accuracy in delicate components.

Ideal for precision instruments, measuring devices, electronic parts, and aerospace applications, this Invar 52 Sheet meets strict industry quality standards to guarantee dependable results in every use. Whether employed in mission-critical assemblies or high-temperature environments, it maintains dimensional integrity, reducing stress and distortions. Trust Invar 52 for projects that require exceptional stability and consistent performance across a range of challenging applications.

Invar 52 Sheet Thickness 1 mm Applications

Commonly referred to as a nickel-iron alloy with minimal thermal expansion, Invar 52 is widely used in precision components and industrial applications. This 1-mm thick sheet offers exceptional dimensional stability and consistent performance under temperature variations. With its unique physical properties, Invar 52 finds extensive usage in diverse industries, from electronics to aerospace, ensuring reliability in demanding environments.

1. Electronics and Telecommunication Applications

·         Oscillator Components: Used in frequency-control systems for stable resonance levels.

·         Precision Connectors: Provide consistent alignment in sensitive communication devices.

·         Sensor Packages: Maintain accurate measurements under fluctuating temperatures.

2. Scientific and Laboratory Applications

·         Measurement Instruments: Maintain dimensional accuracy in devices such as interferometers.

·         Sealing Components: Create hermetic seals in vacuum chambers and cryogenic setups.

·         Calibration Tools: Ensure precise reference standards for temperature-sensitive experiments.

3. Aerospace Applications

·         Satellite Structural Parts: Minimise expansion in orbital temperature extremes.

Invar 52 Sheet Thickness 1 mm Packaging

Invar 52 sheets are carefully separated with protective foam or corrugated inserts. Each 1 mm sheet is vacuum-sealed to reduce exposure to moisture and contaminants, ensuring optimal corrosion resistance. A rust-inhibiting layer is applied before packaging to further safeguard against oxidation. Custom dimensions and labelling are available upon request, enabling secure transport and efficient inventory management. The result is a packaging solution that preserves the integrity and longevity of each sheet.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Invar 52 Sheet Thickness 1 mm FAQs

Q1: What are the key material properties of Invar 52 Sheet Thickness 1 mm?

A1: Invar 52 (composed of approximately 52% nickel and 48% iron) is valued for its low coefficient of thermal expansion, excellent dimensional stability, and reliable mechanical properties. At a 1 mm thickness, it exhibits high tensile strength, moderate ductility, and good oxidation resistance in controlled environments. Its magnetic properties also remain consistent under varying temperatures, making it ideal for electronic components, precision instruments, and applications requiring minimal dimensional changes.

Q2: How can Invar 52 Sheet Thickness 1 mm be processed or fabricated?

A2: Invar 52 can be formed using conventional methods such as rolling, bending, and stamping, though it may require intermediate annealing to alleviate work hardening. Welding is feasible with tungsten inert gas (TIG) or metal inert gas (MIG) processes, provided proper filler materials and pre/post-weld heat treatments are applied. Machining Invar 52 demands sharp cutting tools, moderate speeds, and adequate coolant to prevent excessive tool wear and maintain dimensional accuracy.

Q3: Which quality standards and certifications apply to Invar 52 Sheet Thickness 1 mm?

A3: Invar 52 sheets typically adhere to industry standards such as ASTM F30 and ASTM A753, specifying chemical composition, mechanical properties, and dimensional tolerances. Manufacturers often maintain ISO 9001 certification for quality management systems, ensuring consistent production controls and traceability. Additional certifications may include material test reports (MTRs) for chemical analysis, mechanical testing, and heat treatment verification, providing assurance that the product meets strict regulatory and customer requirements.

Related Information

1. Material Properties and Advantages

Combining an iron-nickel composition with approximately 52% nickel content, Invar 52 exhibits notably low and stable thermal expansion rates, making it well-suited for applications where dimensional stability is paramount. With a thin 1 mm sheet form, this grade maintains its advantageous mechanical and physical properties, ensuring minimal distortion under varying temperature conditions.

Optimal structural performance is achieved through the alloy’s tensile strength and high plasticity, which allow the 1 mm Invar 52 sheet to undergo complex forming processes without sacrificing integrity. Due to these benefits, the material is highly valued in fields demanding precise measurements, such as aerospace instrumentation and high-precision optical mounts.

2. Applications in Advanced Industries

Tailored to meet the rigorous specifications of advanced sectors, the 1 mm Invar 52 sheet is widely employed in modern aerospace and telecommunications systems. By capitalising on its minimal coefficient of thermal expansion, engineers can craft components that remain dimensionally accurate across extreme temperature shifts.

High-tech research laboratories frequently rely on sheets of Invar 52 in equipment requiring precise dimensional stability, such as precision measurement devices and laser systems. Utilizing a 1 mm thickness not only reduces weight but also maintains tight tolerance control, contributing to enhanced product performance and operational reliability.