CU8164 High Silicon Bronze Sheet C65500, H08, Spring

High Silicon Bronze Sheet C65500, H08, Spring Description

High Silicon Bronze Sheet C65500, H08, Spring is engineered for demanding applications that require excellent tensile strength, corrosion resistance, and long-lasting performance. Characterised by a high silicon content, this alloy provides improved formability, making it an ideal choice for components where both flexibility and rigidity are critical. Meeting ASTM B96/B96M standards, the material delivers reliable results in environments where resistance to wear and corrosion is essential.

Available in customised dimensions, this sheet is a preferred option for marine engineering, electrical components, and architectural elements. The production process adheres to strict quality controls, ensuring consistent properties and a premium finish for each order. Whether you need a durable solution for harsh environments or a visually appealing material for aesthetic applications, High Silicon Bronze Sheet C65500 delivers performance and reliability in every project.

High Silicon Bronze Sheet C65500, H08, Spring Applications

High Silicon Bronze Sheet C65500, H08, Spring is a highly robust and corrosion-resistant alloy often used in demanding industrial and marine environments. With excellent electrical conductivity and formability, this material can withstand repeated stress while maintaining consistent spring properties. These attributes make it a prime choice for applications requiring longevity, precision, and resistance to harsh conditions, such as advanced electronics, structural components, and chemical processing.

1. Marine and Offshore Applications

·        Marine Springs and Fasteners: Ideal for withstanding saltwater corrosion and maintaining tension properties in boat assemblies.

·        Pump and Valve Components: Provide excellent resistance to biofouling and ensure long-term performance in harsh ocean environments.

2. Electronics Applications

·        Battery Contacts: Maintain reliable conductivity and spring force in critical power supply connections.

·        Circuit Board Shields: Offer corrosion-resistant protection and effective noise shielding in sensitive electronic assemblies.

3. Industrial Machinery Applications

·        Wear-Resistant Bushings: Withstand repeated mechanical stress while minimising friction and corrosion.

·        High-Strength Washers: Provide consistent clamping pressure and superior durability under demanding loads.

High Silicon Bronze Sheet C65500, H08, Spring Packaging

Each High Silicon Bronze Sheet C65500, H08, Spring is individually protected with a corrosion-inhibiting film and vacuum-sealed in puncture-resistant pouches. Protective cushioning materials guard against impact, while desiccants maintain dryness. We also provide a range of customisation options, including special labelling, unique batch identification, and reinforced crates for added security. Our comprehensive packaging approach ensures safe transport, long-term preservation, and reliable performance for every shipment.

Packaging: Vacuum sealed, Wooden Box, or Customised.

High Silicon Bronze Sheet C65500, H08, Spring FAQs

Q1: What are the key mechanical and corrosion-resistance properties of High Silicon Bronze Sheet C65500, H08, Spring?

A1: High Silicon Bronze (UNS C65500) in the H08 spring temper is known for its exceptional strength, high fatigue resistance, and good formability. Typical tensile strength ranges around 585–690 MPa, ensuring reliable performance under repeated stress. Its elevated silicon content enhances corrosion resistance, particularly in marine or chemical environments. Additionally, the material demonstrates excellent resistance to pitting, stress corrosion cracking, and oxidation.

Q2: Which fabrication methods are recommended for High Silicon Bronze Sheet C65500, H08, Spring to ensure optimum properties?

A2: Fabrication of High Silicon Bronze Sheet C65500 in the H08 temper often involves cold working processes like stamping, deep drawing, and rolling. These methods capitalise on the alloy’s excellent ductility and formability. Preheating is typically not required, but post-fabrication stress relief annealing at 260–315°C can improve dimensional stability. Additionally, brazing and soldering are commonly used for joining, while welding requires careful heat input control.

Q3: Which quality standards and certifications typically govern High Silicon Bronze Sheet C65500, H08, Spring?

A3: High Silicon Bronze Sheet C65500 in the H08 condition generally complies with ASTM B96 and ASTM B248 specifications, covering chemical composition, mechanical properties, and dimensional tolerances. Many suppliers also adhere to stringent internal quality-management programmes following ISO 9001 guidelines. When used in critical applications, additional certifications like DFARS or specific marine-class rules may be required, ensuring traceability, conformity, and consistent high-quality production standards.

Related Information

1. Manufacturing Process

Manufacturing the specialised High Silicon Bronze Sheet C65500, H08, Spring grade requires precise monitoring of each stage to preserve its mechanical integrity. During rolling, the alloy undergoes a series of controlled heating and shaping operations, allowing it to attain the customised dimensions essential for varied industrial applications. This deliberate approach ensures the final sheet has uniform thickness and superior tensile strength.

Optimising each phase of production not only refines the material’s strength but also hones its corrosion resistance. Through carefully regulated cooling cycles and systematic work hardening, the finished High Silicon Bronze Sheet C65500, H08, Spring achieves remarkable stability under stress. By maintaining consistent conditions, manufacturers effectively produce a robust product that reliably meets strict performance expectations.

2. Comparative Analysis with Alternative Materials

Comparing the High Silicon Bronze Sheet C65500, H08, Spring grade to common copper-based alloys highlights its distinct combination of mechanical resilience and formability. While standard brass or phosphor bronze sheets can offer similar conductivity, the silicon-enriched composition provides enhanced resistance to wear and galling. Coupled with the option for customised dimensions, this sheet remains a dependable choice in sensitive environments where minimal deformation is critical.

Inspecting the temper and strength characteristics further underscores why this bronze composition often outperforms more traditional metal sheets. Its ability to withstand recurrent loading and stress without permanent distortion is precisely why it is frequently selected for advanced applications. Moreover, the refined structure of C65500 sheet material ensures reliable performance, even when subjected to challenging mechanical demands.