CU8125 Low Silicon Bronze Bar C65100, H06, Extra-hard

Low Silicon Bronze Bar C65100, H06, Extra-hard Description

Low Silicon Bronze Bar C65100 in an H06 extra-hard temper provides a strong, durable solution for applications requiring exceptional mechanical performance. This alloy is formulated with a precise silicon content that enhances its corrosion resistance while maintaining excellent electrical conductivity and formability. The result is a reliable material that can withstand harsh operating conditions without sacrificing its workability or finish. With dimensions fully customisable to meet your exact project requirements, this versatile bronze bar will adapt efficiently to your application needs.

Complying with ASTM B98/B98M standards, each Low Silicon Bronze Bar C65100 is subject to stringent quality control processes, ensuring consistent properties and performance across every piece. Frequently used in marine hardware, sculptures, and electrical components, its longevity and reliable strength make it a preferred choice for demanding industries. Count on this expertly crafted bronze bar to deliver both precision and durability in every project.

Low Silicon Bronze Bar C65100, H06, Extra-hard Applications

Low Silicon Bronze Bar C65100, H06, Extra-hard is a high-performance alloy known for its strength, corrosion resistance, and excellent electrical conductivity. Because of its ability to endure harsh environments and maintain mechanical integrity, it is widely used across multiple industries. This alloy’s unique composition offers dependable performance, making it ideal for challenging applications where durability and reliability are critical.

1. Electronics and Electrical Applications

·         Switch Contacts: Provide reliable conductivity while withstanding wear and oxidation.

·         Connectors and Terminals: Offer strong mechanical integrity for high-voltage or high-current environments.

2. Marine and Offshore Applications

·         Propeller Shafts: Demonstrate superior corrosion resistance in saltwater conditions.

·         Valve and Pump Components: Withstand high pressures and maintain performance in demanding marine settings.

3. Industrial Machinery Applications

·         Welding Fixtures: Tolerate intense heat and ensure stability under repetitive thermal cycles.

·         Moulds and Dies: Provide extended tool life and superior abrasion resistance in high-volume manufacturing.

Low Silicon Bronze Bar C65100, H06, Extra-hard Packaging

This Low Silicon Bronze Bar C65100 (H06, Extra-hard) is carefully packaged using robust protective materials, including padded layers and corrosion-inhibiting wraps, for safe transport. Vacuum-sealed packaging helps protect against moisture and airborne contaminants. Additionally, specialised sealants or VCI papers can be applied to reduce oxidation. Custom packaging solutions—such as foam inserts, crates, or bar-coded labels—are available upon request to meet diverse handling and shipping requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Low Silicon Bronze Bar C65100, H06, Extra-hard FAQs

Q1: What are the key material properties of Low Silicon Bronze Bar C65100, H06, Extra-hard?

A1: Low Silicon Bronze Bar C65100, in the H06 extra-hard temper, exhibits excellent strength, hardness, and corrosion resistance due to its balanced copper-silicon alloy composition. Its tensile strength typically ranges between 70 and 90 ksi, and it demonstrates outstanding resistance to marine environments. The alloy's formability is moderately good while maintaining a high fatigue strength, making it suitable for applications requiring both durability and ease of fabrication.

Q2: How can Low Silicon Bronze Bar C65100, H06, Extra-hard be processed or fabricated?

A2: Low Silicon Bronze Bar C65100, H06, Extra-hard can be processed through various fabrication methods, including cold working, hot working, and machining. Cold working enhances strength and hardness, while hot working facilitates more significant deformation. Welding is typically carried out using TIG or MIG processes with appropriate filler metals. Heat treatment may be used to relieve stress, though excessive temperatures should be avoided to preserve mechanical properties.

Q3: Which quality standards and certifications apply to Low Silicon Bronze Bar C65100, H06, Extra-hard?

A3: Low Silicon Bronze Bar C65100, H06, Extra-hard is generally supplied in accordance with ASTM B98, which covers copper-silicon alloy rod, bar, and shapes. Many manufacturers also adhere to ISO 9001 for quality management and may provide additional certifications like EN 10204 Type 3.1 for material traceability. Compliance with relevant RoHS and REACH directives may also be ensured, depending on specific project requirements.

Related Information

1. Material Properties and Advantages

Built from a specialised copper base with a lower silicon content, Low Silicon Bronze Bar C65100 stands out for its remarkable corrosion resistance and tensile strength. Its composition, combined with an H06 extra-hard rating, contributes to mechanical stability while maintaining excellent formability for customised dimensions.

Preferred in settings that require reduced friction and sustained reliability, this bar shape efficiently disperses stress throughout complex assemblies. Its inherent resilience against seawater and corrosive chemicals makes C65100 a wise choice for marine and industrial applications, ensuring dependable performance even under prolonged operation in challenging environments.

2. Comparative Analysis with Alternative Materials

Engineered to offer an ideal balance of conductivity and strength, this Low Silicon Bronze Bar surpasses many conventional bronze grades in terms of longevity and performance. When measured against aluminium bronze or brass, C65100 exhibits superior fatigue resistance, making it a more reliable option for parts subjected to heavy loads or continuous operation.

Formulated to address the growing demand for customised profiles, Low Silicon Bronze Bar C65100 presents enhanced machinability that streamlines production processes. Unlike certain alloys that require frequent repairs or component replacements, its H06 extra-hard condition provides consistent performance, substantially reducing long-term maintenance costs across diversified industries.