Kamal Steels is a trusted Beryllium Copper Supplier, Manufacturer, Stockist and Exporter in India offering premium quality Beryllium Copper Pipes, Tubes, Rods, Bars and Industrial Products for aerospace, electronics, oil & gas, automotive and engineering applications. Our inventory includes Alloy 25 (C17200), Alloy 10 (C17500), Alloy 3 (C17510) and other copper-beryllium grades, subject to availability.
Beryllium Copper is known for its exceptional strength, electrical conductivity, thermal conductivity and non-sparking characteristics. These properties make it one of the most preferred copper alloys for critical industrial applications requiring durability and performance.
With ready stock availability, competitive pricing and worldwide export capabilities, Kamal Steels supplies Beryllium Copper products to customers across India, the Middle East, Europe, North America, Africa and Asia-Pacific regions.
What is Beryllium Copper?
Beryllium copper is a copper-based alloy containing beryllium, developed to
provide a combination of high strength, electrical conductivity, thermal
conductivity, wear resistance and corrosion resistance. It is widely used
where both the conductivity of copper and the mechanical performance of a
high-strength alloy are required.
Beryllium copper alloys offer excellent mechanical strength while retaining
good electrical and thermal conductivity. They also provide good wear
resistance and corrosion resistance, making them suitable for demanding
industrial, electrical, electronic and precision engineering applications.
Another important characteristic of beryllium copper is its non-sparking
nature, which makes it useful for certain tools and components used in
environments where minimizing the risk of ignition is important. The
specific properties of beryllium copper depend on the alloy grade, temper
and manufacturing condition.
Key Property
Beryllium Copper Performance
Base Material
Copper-based alloy containing beryllium
Strength
High mechanical strength, depending on grade and temper
Electrical Conductivity
Good electrical conductivity combined with high strength
Thermal Conductivity
Good thermal conductivity for heat-transfer and electrical applications
Wear Resistance
Good resistance to wear and repeated mechanical service
Corrosion Resistance
Good resistance to corrosion in many industrial environments
Non-Sparking Characteristics
Suitable for selected non-sparking tools and components
Beryllium copper is selected according to the required combination of
strength, conductivity, wear resistance, corrosion resistance and service
conditions. Common applications include electrical contacts, connectors,
springs, precision components, industrial tooling and specialized
engineering equipment.
Beryllium Copper Grades Available
Grade
UNS Number
Description
Alloy 25
C17200
High-strength copper-beryllium alloy
Alloy 10
C17500
Higher electrical and thermal conductivity
Alloy 3
C17510
High electrical and thermal conductivity with good strength
Beryllium Copper C17200 vs C17500 vs C17510
Beryllium copper grades C17200, C17500 and C17510 are used for applications
requiring a combination of mechanical strength and electrical or thermal
conductivity. However, their property balance differs, making each grade
suitable for specific engineering requirements.
C17200 is commonly selected where high mechanical strength, fatigue
resistance and reliability are important. C17500 and C17510 are generally
preferred for applications where higher electrical or thermal conductivity
is required together with good mechanical strength. The appropriate
beryllium copper grade should be selected according to conductivity,
strength, operating temperature, fabrication requirements and the intended
application.
Beryllium copper is used across electrical, aerospace, industrial and
precision engineering applications where a combination of strength,
electrical or thermal conductivity, wear resistance and corrosion
resistance is required. Different grades are selected according to the
specific mechanical and conductivity requirements of the application.
Application
Suitable Grade
Key Property
Electrical Connectors
C17500 / C17510
Electrical conductivity
Aerospace Components
C17200
High strength-to-weight performance
Springs & Contacts
C17200
Strength and fatigue resistance
Resistance Welding Components
C17200 / C17510
Conductivity and wear resistance
Precision Tools
C17200
Strength and non-sparking characteristics
Oil & Gas Equipment
Suitable grades
Strength and corrosion resistance
Thermal Components
C17500 / C17510
Thermal conductivity
C17200 is commonly used for high-strength applications such as springs,
contacts, aerospace components and precision tooling. C17500 and C17510
are suitable for electrical and thermal applications where higher
conductivity is important. Beryllium copper grades can also be used in
specialized oil and gas, industrial and welding equipment where strength,
wear resistance, corrosion resistance and non-sparking characteristics are
required.
Countries We Export Beryllium Copper Pipes & Tubes To
Kamal Steels exports Beryllium Copper pipes and tubes to customers worldwide with complete documentation and quality assurance support.
Beryllium Copper is a copper alloy containing beryllium that offers high strength, conductivity and corrosion resistance.
Common grades include Alloy 25 (C17200), C17500 and C17510.
We supply pipes, tubes, rods, bars, sheets, plates and wires in various sizes and specifications.
Its main advantages include high strength, excellent conductivity, corrosion resistance and non-sparking properties.
Aerospace, electronics, automotive, oil & gas, marine and defense industries commonly use Beryllium Copper products.
Yes, we export Beryllium Copper products to customers worldwide with complete export documentation and quality certificates.
C17200 is primarily selected for its high mechanical strength and is widely
used for springs, connectors, tooling and aerospace components. C17500 and
C17510 provide higher electrical and thermal conductivity while retaining
good mechanical strength, making them suitable for electrical, thermal and
resistance welding applications. The appropriate grade depends on the
required combination of strength, conductivity and service conditions.
C17500 and C17510 are commonly selected for electrical applications because
they provide a good combination of electrical conductivity and mechanical
strength. C17200 can also be used for electrical connectors and contacts
where higher strength is required. Grade selection depends on the required
conductivity, strength, operating conditions and application requirements.
