CU8146 High Silicon Bronze Bar C65500, H04, Hard

High Silicon Bronze Bar C65500, H04, Hard Description

High Silicon Bronze Bar C65500 in H04 (Hard) condition provides a balanced mixture of strength, conductivity, and corrosion resistance. Its unique composition, enriched with silicon, ensures mechanical properties and performance in challenging environments. Complying with ASTM B98/B98M standards, each bar undergoes rigorous quality checks to verify consistency, reliability, and long-term durability.

Suitable for a broad spectrum of applications, from marine hardware and industrial components to architectural fixtures, these bars deliver structural integrity alongside aesthetic appeal. The resistance to stress and corrosion makes them effective in moist or high-temperature environments. With fully customisable dimensions, High Silicon Bronze Bar C65500 provides a solution for projects where quality, precision, and adherence to strict industry standards are critical.

High Silicon Bronze Bar C65500, H04, Hard Applications

High Silicon Bronze Bar C65500 in its H04 hardened form is a premium copper-based alloy with high strength, corrosion resistance, and thermal stability. Its high silicon content improves wear and galling resistance, making it suitable for demanding environments. Featuring excellent formability and machinability, this alloy addresses the needs of various industries where reliability and performance are essential.

1. Marine and Offshore Applications

·         Propeller Hubs: Resistant to corrosion and galling, ensuring reliable performance in saline conditions

·         Deck Hardware: Suitable for fittings and fixtures due to its strength and resistance to marine corrosion

2. Architecture and Construction

·         Decorative Fixtures: Provides aesthetic appeal and durability for premium architectural elements

·         Structural Supports: Delivers reliable load-bearing capacity and resistance to weathering in external installations

3. Industrial Machinery

·         Bearing Components: Lowers friction and enhances wear resistance for rotating equipment

·         Valve Seats: Maintains a tight seal over extensive use, even in corrosive or high-temperature environments

High Silicon Bronze Bar C65500, H04, Hard Packaging

High Silicon Bronze Bar C65500, H04, Hard is carefully wrapped in protective plastic sheathing, followed by heavy-duty corrugated cardboard to prevent physical damage. Vacuum packaging is implemented to lessen moisture exposure, reducing corrosion risks. Additionally, VCI paper provides extra anti-oxidation measures. Customised packing options, including crate sizes, specialised sealing, and labelling, facilitate diverse shipping requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

High Silicon Bronze Bar C65500, H04, Hard FAQs

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

A1: High Silicon Bronze Bar C65500 in the H04 (Hard) temper features a copper-silicon alloy composition with approximately 2.8-3.0% silicon, providing excellent corrosion resistance alongside moderate to high strength. It typically has a tensile strength around 585-620 MPa and a hardness of around 70 HRB. The alloy offers good hot and cold workability, as well as outstanding weldability and toughness.

Q2: How can this product be processed or fabricated?

A2: High Silicon Bronze Bar C65500, H04, Hard can be processed using both hot and cold working techniques. Due to its high ductility, it can be formed by rolling, drawing, or forging. Machining requires sharp tools and appropriate cooling to minimise tool wear. The alloy can also be joined by brazing, soldering, or TIG welding, allowing flexibility for complex part production.

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

A3: High Silicon Bronze Bar C65500, H04, Hard is typically produced to comply with ASTM B98 or other applicable specifications for copper-based alloys. Manufacturers may also adhere to ISO 9001 quality management systems or AS9100 when supplying aerospace applications. Certification of physical and chemical properties is common, ensuring conformity with specific customer requirements and industry guidelines. Material test reports often accompany shipments.

Related Information

1. Manufacturing Process

The production of High Silicon Bronze Bar C65500, H04, Hard employs advanced techniques, involving a refined sequence of continuous casting and hot working. This process begins by mixing premium-grade copper alloy constituents with carefully balanced silicon and other elements before heating in a specialised furnace. Once cooled to a semi-solid state, the alloy is shaped into bar form and further refined through a combination of rolling and drawing methods. Consistent monitoring of temperature and pressure ensures that the resulting bars maintain the precise mechanical properties specified for C65500.

Upon reaching the specified hardness level, final adjustments are made to match customised dimensions according to the end user's requirements. Specialised cutting tools and finishing techniques are employed to achieve tight tolerances, a critical factor when manufacturing components for sensitive applications. By meticulously controlling every step of the operation, manufacturers ensure that each High Silicon Bronze Bar C65500 is free of defects and exhibits optimal performance in demanding environments.

2. Global Market Trends

Global demand for High Silicon Bronze Bar C65500, H04, Hard continues to rise, primarily driven by various sectors requiring durable metal solutions. Corrosion resistance, high tensile strength, and excellent conductivity contribute to its increasing popularity in marine, aerospace, and energy industries. Many companies are expanding their inventory to include a variety of bar sizes with custom dimensions, ensuring they can meet exact engineering specifications of international clients.

Many large-scale procurement strategies revolve around the growing importance of sustainable and durable materials, positioning High Silicon Bronze Bar C65500 strategically. Market analyses indicate a steady interest in alloys that reduce downtime and maintenance expenses for complex projects. This alloy’s strong global reputation is expected to remain stable, with further adoption anticipated in emerging regions seeking to modernise their industrial infrastructure.