FE8412 Invar 52 Plate Thickness 6 mm

Invar 52 Plate Thickness 6 mm Description

Our Invar 52 Plate, offered in a 6 mm thickness, is known for its exceptional dimensional stability and minimal thermal expansion. This iron-nickel alloy maintains reliable performance across a wide range of operating temperatures, making it an ideal choice for applications that require precision and repeatability. The high nickel content imparts strength and corrosion resistance, while the carefully controlled composition minimises distortion during thermal cycling.

Commonly used in aerospace, electronics, and instrumentation sectors, these Invar 52 plates exhibit excellent weldability and formability, ensuring smooth fabrication and integration into complex designs. Each batch undergoes rigorous testing to confirm compliance with stringent quality standards, ensuring consistent material properties and performance. Choose our 6 mm Invar 52 Plate for stability in demanding applications, where maintaining tight tolerances and exact measurements is critical.

Invar 52 Plate Thickness 6 mm Applications

Invar 52 plates (6 mm thickness) are widely used for applications requiring a stable coefficient of thermal expansion, particularly when accuracy over shifting temperatures is crucial. This material is ideal for industries that require both dimensional stability and strength, making it an excellent choice for high-precision assemblies, structural components, and specialised tooling. Its unique properties suit a range of fields from electronics to aerospace and beyond.

1. Precision Instrumentation

·         Low-Drift Instrument Frames: Invar 52’s minimal expansion ensures accurate readings even under temperature fluctuations

·         Sensitive Detector Housings: Maintains alignment for optimal sensitivity in scientific instruments

·         Scientific Probe Components: Withstands temperature changes to deliver precise measurement results

2. Aerospace and Satellite Systems

·         Structural Satellite Mounts: Ensures stable positioning and alignment in orbit

·         Telescope and Sensor Rings: Maintains dimensional accuracy for critical optical instruments

·         Guidance System Components: Provides thermal stability in high-altitude and vacuum environments

3. Industrial Manufacturing

·         Automated Assembly Fixtures: Delivers consistent alignment for production-line applications

·         Calibration Tools: Minimises measurement errors by reducing expansion-induced shifts

·         Thermal Transfer Supports: Offers dimensional stability in heat-intensive industrial processes

Invar 52 Plate Thickness 6 mm Packaging

This 6 mm Invar 52 Plate is carefully packaged to prevent mechanical damage. Typically, packaging includes sealed vacuum pouches to protect against moisture and reduce corrosion risk. Protective foam or corrugated materials are employed for shock resistance, while specialised corrosion inhibitors help maintain product integrity. We can customise packaging to meet your specific requirements, offering tailored dimensions, labelling, and additional protective elements that adhere to global shipping standards.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Invar 52 Plate Thickness 6 mm FAQs

Q1: What are the key material properties of Invar 52 Plate Thickness 6 mm?

A1: Invar 52 is a nickel-iron alloy with approximately 52% nickel content, known for its exceptionally low coefficient of thermal expansion, particularly in the temperature range around room temperature. This property enables dimensional stability in critical applications, such as precision instruments and aerospace components. The 6 mm plate thickness ensures uniform characteristics, with typical tensile strengths over 480 MPa and good ductility, while maintaining consistent expansion rates during temperature fluctuations.

Q2: What are the recommended processing methods for Invar 52 Plate Thickness 6 mm?

A2: Invar 52 plates of 6 mm thickness can be cut, formed, and machined using conventional methods, although slow feed rates and generous coolant application are advised to minimise work hardening. Welding is typically performed with compatible filler metals and controlled heat input to preserve the alloy’s low expansion properties. Heat treatments may be employed to reduce residual stresses and refine microstructure.

Q3: Which quality standards and certifications apply to Invar 52 Plate Thickness 6 mm?

A3: Invar 52 plate is often supplied to meet standards like ASTM F1684 or similar specifications, ensuring chemical composition and mechanical property compliance. Manufacturers may also achieve ISO 9001 or AS9100 certifications to validate quality management systems for aerospace applications. Test reports commonly include material traceability and inspection data, verifying alloy integrity and thickness consistency.

Related Information

1. Material Properties and Advantages

Made from a carefully balanced iron-nickel composition, Invar 52 Plate in a 6 mm thickness shows an exceptionally low coefficient of thermal expansion. This characteristic allows the plate to maintain consistent dimensions over a wide temperature range, reducing possible distortions and improving the reliability of precision parts. Engineers often select Invar 52 for applications that require high stability, as its properties help minimise thermal mismatch issues when joined or assembled with other materials.

Temperatures that would typically cause measurable expansion in other alloys have minimal impact on the structural integrity of Invar 52. In addition to its low expansion, this grade also provides good machinability and stress resistance, enabling efficient fabrication of complex plate designs without compromising dimensional stability. The 6 mm thickness is frequently chosen to balance mechanical durability with manageable overall weight, ensuring the plate’s suitability for demanding industrial settings.

2. Applications in Advanced Industries

Aerospace companies often turn to 6 mm thick Invar 52 Plate when manufacturing navigation instruments, satellite components, and other equipment operating under stringent precision requirements. Because the material resists thermal expansion, it helps safeguard vital systems against fluctuations during flight, preserving critical alignments for extended periods. The secure dimensional performance of Invar 52 also contributes to more predictable performance in missions that demand exacting tolerances.

Specialised electronics and optics sectors similarly benefit from the stable properties of Invar 52 Plates. Scientific instruments, lasers, and sensitive measuring devices require materials that will not warp under changing conditions, preventing inaccuracies or potential malfunctions. By employing 6 mm Invar 52 Plates for housings, support brackets, and other key fixture components, companies gain consistent product performance over many operational cycles, ensuring quality for the most advanced applications.