Bimetal
BIMETAL in Copper or Brass with Silver
Products
Our Bimetal Strips in copper or brass combined with silver are engineered to provide exceptional performance and maximum cost-efficiency. Produced through a fully in-house process, these bimetal solutions meet the highest quality standards, ensuring precision, reliability, and durability for electrical applications.
Key Features of Bimetal Strips
- Material Composition: Copper or brass combined with silver.
- Manufacturing Excellence: Full control of the production process in-house, ensuring quality and consistency.
- Multiple Configurations:
Through-lay - In-lay
- Edge-lay
- Over-lay
- Multilayer solutions
- Multiple Configurations:
- Optimized Precious Metal Usage: By reducing the quantity of silver, we provide a cost-effective solution without compromising performance.
- Customization: Tailored dimensions and configurations to meet specific customer needs.
Applications
Our bimetal strips are primarily designed for:
- Fuse Market: Reliable and efficient solutions for fuse elements.
- Electrical Contacts: Optimal performance in electrical components where bimetallic properties are required.
These products are ideal for manufacturers of electrical contacts and fuse components looking for precision-engineered, high-performing solutions that deliver long-term reliability.
Benefits of Our Bimetal Strips
- Cost-Effectiveness
By combining silver with copper or brass, our bimetal strips significantly reduce the use of precious metals, leading to lower production costs while maintaining superior performance. - Superior Performance
Our strips offer excellent conductivity, thermal stability, and mechanical strength, ensuring they meet the most demanding electrical applications. - Flexible Configurations
Whether you need Through-lay, In-lay, Edge-lay, or Multilayer solutions, we provide options to meet your technical specifications and requirements. - High-Quality Standards
Produced entirely in-house, our bimetal strips are subjected to rigorous quality control processes, ensuring precision, durability, and optimal functionality. - Sustainability
Reducing the amount of precious metals used aligns with cost and environmental considerations, making our products an eco-conscious choice.
Why Choose Us for Bimetal Solutions?
- End-to-End Manufacturing: Complete control over the production process guarantees quality, customization, and quick turnaround times.
- Industry Expertise: Years of experience delivering cutting-edge solutions for the electrical components industry.
- Customization Options: We work closely with clients to develop tailored solutions that match their technical requirements.
- Competitive Edge: A cost-effective solution without compromising on performance or durability.
Our bimetal strips are designed for B2B clients, specifically:
- Manufacturers of fuse components
- Producers of electrical contacts and related components
- Businesses seeking advanced, customizable, and cost-effective bimetal solutions.
To ensure you find the right solution for your electrical needs, our product aligns with searches such as:
- Bimetal strip
- Bimetal contact
- Through-lay bimetal
- In-lay bimetal
- Bimetal components for fuses
Contact Us
If you’re looking for a reliable, high-performance solution for your fuse components or electrical contacts, don’t hesitate to reach out.
- Request a Quote: Let us tailor a solution for your requirements.
- Schedule a Consultation: Speak with our team of experts for product insights and technical support.
- Learn More: Contact us directly for further details.
technical specifications
MATERIAL
Possible combinations of copper and brass in combination with silver or related alloys (possibility to insert from 1 to 6 silver tracks).
DIMENSIONS
Wide selection of thicknesses and widths available based on customer needs.
High geometric precision.
FORMATS
Plastic pads with side flanges.
MECHANICAL PROPERTIES
- Annealed Ag 30-65 HV
- Hard Ag > 65 HV
- Annealed Cu 40-65 HV
- Hard Cu > 80 HV
- Annealed OT70/OT85 65-95 HV
- Hard OT70/OT85 > 100 HV
SURFACE
Very low roughness values.