CU8134 Low Silicon Bronze Sheet C65100, H04, Hard

Low Silicon Bronze Sheet C65100, H04, Hard Description

Low Silicon Bronze Sheet C65100, H04 (Hard) provides strength, formability, and corrosion resistance, making it suitable for various industrial and commercial applications. This copper-silicon alloy retains electrical conductivity, while its mechanical properties support performance in environments exposed to moisture or chemicals. Its uniform grain structure promotes malleability and allows for ease of fabrication, welding, and machining. This alloy maintains its structural integrity and aesthetic appeal in protective enclosures, marine hardware, or decorative components.

Manufactured in accordance with ASTM B96/B96M, our customised Low Silicon Bronze Sheet meets quality standards in the industry. Each sheet is crafted to your required dimensions, ensuring a reliable fit and performance. Rely on this bronze alloy for applications demanding durability and longevity, whilst maintaining appearance.

Low Silicon Bronze Sheet C65100, H04, Hard Applications

Low Silicon Bronze Sheet C65100, H04, Hard is a versatile copper-based alloy that combines strength with corrosion resistance and formability. It also offers weldability and conductivity, making it ideal for various environments. These characteristics are advantageous for applications requiring durable components and resistance to wear.

1. Electrical and Electronics Applications

·         Electrical Switch Contacts: The material's conductivity and wear resistance make it suitable for reliable switch contacts.

·         Connector Terminals: Formability and corrosion resistance ensure stable connections.

·         Relay Springs: Fatigue strength supports repeated actuation without deformation.

2. Marine and Offshore Applications

·         Marine Fasteners: Low Silicon Bronze’s resistance to corrosion reduces the risk of rust and degradation in saltwater.

·         Propeller Shafts: The alloy’s wear resistance helps maintain propulsion efficiency under marine conditions.

·         Pump and Valve Components: Components benefit from durability and resistance to seawater corrosion.

3. Industrial Machinery Applications

·         Bearing Plates: The alloy’s strength and low friction properties accommodate heavy loads and reduce wear.

·         Wear Strips: They provide extended service life under repetitive motion and high-contact environments.

·         Heat Exchanger Shells: The material’s thermal stability and corrosion resistance support efficient heat transfer operations.

Low Silicon Bronze Sheet C65100, H04, Hard Packaging

We utilise protective materials to prevent surface damage and ensure product integrity. Each Low Silicon Bronze Sheet C65100 (H04, Hard) is vacuum-sealed to minimise moisture infiltration, reducing oxidation risk. An anti-corrosion barrier safeguards the metal’s longevity. Packaging specifications can be tailored to accommodate various sizes and shapes, offering flexibility and meeting customer requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Low Silicon Bronze Sheet C65100, H04, Hard FAQs

Q1: What are the key material properties of Low Silicon Bronze Sheet C65100, H04, Hard?

A1: Low Silicon Bronze Sheet C65100, H04, Hard typically contains around 1% silicon, with the remainder primarily copper. It exhibits tensile strength, formability, and corrosion resistance—particularly in marine and industrial environments. Its hardness level (H04) indicates cold working, providing strength while maintaining sufficient ductility. These properties suit applications requiring mechanical strength and performance in challenging conditions.

Q2: How can Low Silicon Bronze Sheet C65100, H04, Hard be processed or fabricated?

A2: This bronze sheet can be processed through methods including stamping, drawing, and bending, due to its strength and formability. It is also suitable for soldering and brazing, providing secure joints with minimal distortion. When welding, controlled heat input is recommended to reduce warping or softening. Heat treatments may be used to adjust mechanical properties and adapt the material to specific uses.

Q3: Which quality standards and certifications apply to Low Silicon Bronze Sheet C65100, H04, Hard?

A3: Low Silicon Bronze Sheet C65100, H04, Hard typically conforms to ASTM B100, which covers copper-silicon alloy plate, sheet, and strip specifications. Many suppliers adhere to ISO 9001 or similar quality management systems to maintain consistent production and documentation. For specific uses, third-party certifications such as Lloyd’s Register or ABS may apply, ensuring the material meets necessary mechanical, chemical, and traceability requirements for industrial and marine applications.

Related Information

1. Material Properties and Advantages

Low Silicon Bronze Sheet C65100, crafted in the H04 (Hard) temper, provides a combination of mechanical strength and corrosion resistance. Its lower silicon content compared to other bronze alloys allows for cold working while maintaining the ductility required for custom shapes and dimensions. Manufactured into sheet form with tailored thicknesses and widths, C65100 excels in applications that demand structural integrity under challenging conditions, such as marine components and precision electronic parts.

Conductivity is another characteristic of C65100 bronze sheets, making them suitable for equipment requiring effective electrical transfer. This grade’s strength in the H04 temper helps ensure that it meets performance requirements without sacrificing formability. Additionally, the alloy’s low silicon composition contributes to improved solderability, a vital advantage in industries where reliable joints are critical for operational efficiency.

2. Comparative Analysis with Alternative Materials

Aluminium and stainless steel alloys often compete with Low Silicon Bronze Sheet C65100 in many industrial settings; however, they frequently lack the blend of conductivity and malleability found in this bronze grade. Aluminium sheets may offer a lighter profile, but they typically cannot match the tensile strength required for H04-tempered applications. Stainless steel, suitable for corrosion resistance, may be less effective in environments where electrical or thermal conductivity is vital for overall performance.

Mild steel, often used metal, can be economical but is more prone to rust, especially in humid or marine applications. In contrast, C65100 sheets retain their stability over time, even in demanding operational conditions. The customisation of dimensions further emphasises this alloy’s versatility, enabling integration into new or retrofitted systems.