FE8406 Invar 36 Plate Thickness 10 mm

Invar 36 Plate Thickness 10 mm Description

Invar 36 plate with a thickness of 10 mm is a specialised nickel-iron alloy that offers dimensional stability across a wide temperature range. Renowned for its low coefficient of thermal expansion, this material is widely used in precision measuring devices, cryogenic equipment, and aerospace components. Its mechanical properties and excellent machinability make it a versatile choice for both research and industrial applications.

Manufactured to meet high quality standards, our Invar 36 plate undergoes testing to ensure uniform thickness, consistent composition, and structural integrity. Each plate is crafted to deliver performance without compromising precision. Whether you are designing satellite systems, scientific apparatus, or tooling, this Invar 36 plate is a solution for projects requiring accuracy and reliability in demanding environments.

Invar 36 Plate Thickness 10 mm Applications

Invar 36 Plate with a thickness of 10 mm is recognised for its dimensional stability across a broad temperature range. Because it has a near-zero coefficient of thermal expansion, it is valuable for applications requiring precise measurement, tight tolerance, and structural integrity. From optical systems to aerospace engineering, this alloy helps maintain accuracy in critical components.

1. Precision Instrumentation and Measurements

·         Optical Bench Assemblies: These frames rely on minimal expansion to maintain thermal stability for accurate results.

·         Laser System Components: Maintaining precise alignment is crucial for laser operations, ensuring reliable beam positioning.

·         Metrology Equipment Frames: Engineered for consistent measurements, these frames help reduce errors due to temperature fluctuation.

2. Aerospace

·         Satellite Structural Parts: Invar 36’s low expansion ensures stable configurations for sensitive aerospace instrumentation.

·         Aircraft Engine Components: Critical engine parts benefit from dimensional consistency even in extreme temperature conditions.

3. Industrial Machinery

·         Tooling Fixtures: Consistent tolerances are essential for machining precision and repeatability.

·         Rolling Mill Components: These components maintain structural integrity under varying temperatures and stresses.

Invar 36 Plate Thickness 10 mm Packaging

Each 10 mm thick Invar 36 plate is protected with foam layers and durable wooden crates to prevent damage. The plates are vacuum-sealed to minimise moisture intrusion, supplemented by rust-preventing coatings for extended resistance. We also offer optional protective films, custom labeling, and specialised crates to match specific needs. These measures ensure safe handling and maximum corrosion protection upon arrival at your facility.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Invar 36 Plate Thickness 10 mm FAQs

Q1: What are the key material properties of Invar 36 Plate Thickness 10 mm?

A1: At 10 mm thickness, Invar 36 plates retain their low thermal expansion properties, typically 1.2 x 10^-6 K^-1 near room temperature. Composed predominantly of iron (64%) and nickel (36%), this alloy demonstrates dimensional stability and maintains consistent mechanical strength under varying temperatures. Its high nickel content ensures minimal thermal distortion, making it ideal for precision instrumentation, aerospace components, and industrial tooling requiring exact dimensional tolerances.

Q2: Which processes are commonly used to fabricate Invar 36 Plate Thickness 10 mm?

A2: Fabrication of 10 mm Invar 36 plates typically involves conventional methods such as rolling, machining, and welding. Despite its ductile nature, specialised welding procedures with low-heat input are recommended to prevent distortion due to the alloy’s low thermal expansion characteristics. Precision milling or machining tools also help maintain tight tolerances. Stress relief annealing after significant cold work is often performed to preserve dimensional accuracy in final components.

Q3: Which quality standards and certifications apply to Invar 36 Plate Thickness 10 mm?

A3: Manufacturers of Invar 36 plate generally comply with international specifications like ASTM F1684 and standards outlined by AMS (Aerospace Material Specifications). Plates are often supplied with mill test certificates verifying composition, mechanical properties, and dimensional accuracy. Quality management systems, such as ISO 9001, may also govern production processes to ensure consistency and traceability. Additional certifications, such as NADCAP for aerospace sectors, can apply based on end-use requirements.

Related Information

1. Manufacturing Process

Control over temperature and atmosphere is paramount when producing the Invar 36 Plate in 10 mm thickness. Manufacturers typically begin by melting high-grade iron and nickel in precise ratios, ensuring the alloy retains its low coefficient of thermal expansion. The molten material is then cast and solidified to form slabs or ingots, which are subsequently hot rolled or forged to achieve the desired plate shape. Throughout this stage, monitoring of temperature gradients ensures that the properties of Invar 36 remain intact.

Advancements have introduced precision rolling mills and automated handling systems that improve the uniformity of the final 10 mm-thick plate. Specialised heat treatment processes further refine grain structure, reducing residual stresses and enhancing dimensional stability. Following heat treatment, cold rolling or finishing mills are often employed to achieve tighter thickness tolerances, making the Invar 36 Plate suitable for applications that demand consistent performance in varying thermal environments.

2. Applications in Advanced Industries

Aerospace manufacturers rely on Invar 36 Plates, particularly with a 10 mm thickness, for the fabrication of tooling and components that require exact tolerances under temperature shifts. In satellite construction, for example, the alloy’s minimal thermal expansion helps maintain the alignment of instrumentation, ensuring accurate data collection. Its dimensional stability also makes it a choice for ground support equipment, where precise fitting and performance are essential.

Work in the scientific research sector has increased the use of Invar 36 Plates in 10 mm thickness. Whether it is in particle accelerators or observatories, this alloy’s structural integrity is valued for maintaining alignment and reducing thermal-induced distortions. From engineering prototypes to laboratory equipment, Invar 36 delivers performance in complex applications, positioning it as a choice for projects.