CU8162 High Silicon Bronze Sheet C65500, H04, Hard

High Silicon Bronze Sheet C65500, H04, Hard Description

High Silicon Bronze Sheet C65500, produced to H04 (Hard) temper, offers exceptional strength and superior corrosion resistance. Its unique composition, featuring a higher silicon content, enhances its mechanical properties and contributes to excellent formability and weldability. These qualities make C65500 a top choice for applications in marine environments, architectural installations, and general industrial use. The alloy also boasts remarkable thermal and electrical conductivity, ensuring reliable performance across diverse conditions.

Manufactured in customised dimensions according to ASTM B96/B96M, our High Silicon Bronze Sheet meets stringent quality standards for consistent results. Each sheet is meticulously crafted to deliver uniform surface finish and dependable structural integrity. Choose C65500 for a durable, versatile, and high-performing material that withstands challenging environments.

High Silicon Bronze Sheet C65500, H04, Hard Applications

High Silicon Bronze Sheet C65500, H04, Hard is valued for its exceptional mechanical and chemical performance. This specialised alloy offers excellent strength, corrosion resistance, and thermal conductivity, making it suitable for a variety of demanding industrial applications. From high-temperature processes to marine environments, this material excels where durability and longevity are crucial. Below are some key application categories and their specific uses.

1. Marine and Offshore Applications

·         Propeller Shafts: The alloy’s high strength and corrosion resistance provide reliable performance in saltwater environments.

·         Seawater Pump Components: Excellent wear resistance helps maintain efficiency in aggressive conditions.

2. Electrical and Electronic Components

·         Bus Bars: Superior conductivity and mechanical integrity ensure stable performance in power distribution systems.

·         High-Frequency Connectors: The material’s low magnetic permeability and strength make it ideal for sensitive electronic connections.

3. Industrial Machinery Applications

·         Pump and Valve Housings: Exceptional corrosion resistance is beneficial for managing various fluids in large-scale operations.

·         Heat Exchanger Tubes: The alloy’s thermal conductivity and rigidity support high-temperature fluid handling.

High Silicon Bronze Sheet C65500, H04, Hard Packaging

Each High Silicon Bronze Sheet C65500, H04, Hard is carefully wrapped in corrosion-inhibiting paper, then sealed in vacuum packaging to protect against moisture and environmental factors. Reinforced, shock-resistant containers cushion and stabilise the sheets during transport. Additional protective layers, such as foam or bubble wrap, can be added upon request for extra security. Custom packaging solutions are available to accommodate specialised requirements, ensuring optimal preservation and safe delivery.

Packaging: Vacuum sealed, Wooden Box, or Customised.

High Silicon Bronze Sheet C65500, H04, Hard FAQs

Q1: What are the key material properties of High Silicon Bronze Sheet C65500, H04, Hard?

A1: High Silicon Bronze Sheet C65500, H04, Hard is valued for its robust combination of strength, corrosion resistance, and electrical conductivity. Its silicon addition enhances fluidity and reduces oxidation during welding, while the alloy’s copper content contributes to its high thermal and electrical conductivity. The H04 temper designation reflects a work-hardened state, making it suitable for applications requiring enhanced strength, durability, and formability without compromising its overall machinability.

Q2: How can High Silicon Bronze Sheet C65500, H04, Hard be processed or fabricated?

A2: High Silicon Bronze Sheet C65500, H04, Hard can be successfully cold worked using rolling, bending, and stamping techniques, thanks to its balanced strength and ductility. It also responds well to forging, though preheating may be necessary for complex shapes. Brazing and soldering are common joining methods, while TIG or MIG welding can be done using appropriate filler metals, ensuring reliable joints and minimal distortion.

Q3: Which quality standards and certifications apply to High Silicon Bronze Sheet C65500, H04, Hard?

A3: High Silicon Bronze Sheet C65500, H04, Hard typically conforms to ASTM B98 or B99 for chemical composition, mechanical properties, and permissible tolerances. Manufacturers may also meet additional specifications such as AMS standards for aerospace applications if required. Many suppliers maintain ISO 9001 certifications to ensure consistent quality management, and material test reports (MTRs) are often provided to verify compliance with these requirements.

Related Information

1. Material Properties and Advantages

High Silicon Bronze Sheet C65500, delivered in H04 Hard condition, is recognised for its mechanical strength and dependable thermal stability. Significant silicon content enhances its corrosion resistance, making it a top choice for use in demanding settings such as marine installations or chemical processing facilities. This alloy also maintains durability when subjected to high temperatures, reinforcing its suitability for applications that require both resilience and longevity.

Engineers working with customised dimensions of this sheet benefit from consistent hardness levels across the entire surface area. Its balanced blend of malleability and tensile strength facilitates shaping and forming without compromising structural integrity. As a result, manufacturers can craft intricate profiles while maintaining the metal’s reliability, making it an attractive material in architectural designs and complex component assemblies.

2. Applications in Advanced Industries

Given its distinctive properties, High Silicon Bronze Sheet C65500, H04, Hard is ideally suited for industries such as aerospace, high-tech marine solutions, and power generation. The alloy’s exceptional resistance to environmental stressors enables components made from it to operate reliably under elevated pressure and corrosive conditions. Additionally, its conductivity characteristics are advantageous wherever efficient heat transfer or electrical conduction is necessary.

Manufacturers working on specialised projects frequently rely on customised dimensions to achieve spring-like performance, optimal weight distribution, and corrosion resistance in a single material. By tailoring thickness, width, and length specifications for each unique design, industry leaders can leverage the tensile strength and stability of this bronze sheet. This flexibility ultimately contributes to reduced waste, higher product reliability, and more streamlined assembly in advanced engineering processes.