Brazing Alloys

Our brazing alloys deliver superior strength, precision, and reliability for demanding industrial applications. Engineered for consistent performance, they ensure clean, secure joints across a wide range of base materials including steel, copper, brass, and stainless steel.

We offer silver, copper, aluminum, nickel, and gold-based brazing alloys, available in rods, wires, foils, powders, and preforms to meet specific process needs. Designed for both torch and furnace brazing, our alloys provide excellent flow characteristics, corrosion resistance, and thermal stability.

Whether for HVAC, automotive, electronics, or aerospace, our products guarantee optimized performance and long-lasting results with every joint.

Product Range

We offer a complete selection of brazing alloys including:

Silver-Based Alloys (Ag-Cu-Zn, Ag-Cu-P) – Ideal for copper, brass, and steel joints with excellent capillary action.
Copper-Based Alloys (Cu-P, Cu-Zn) – Cost-effective, versatile, and suitable for HVAC and plumbing.
Nickel-Based Alloys – High-temperature and corrosion-resistant for aerospace and automotive use.
Aluminum-Based Alloys – Lightweight, clean-flowing, and perfect for aluminum-to-aluminum applications.
Gold and Precious Metal Alloys – Designed for specialized electronics and medical applications.

Forms & Supply Options

Our alloys are available in various forms and dimensions to fit manual and automated processes:
Rods, Wires, Foils, Powders, Rings, Strips, Preforms, and Pastes.
Packaging ensures moisture protection and long shelf life for global distribution.

Applications

Used across industries for joining ferrous and non-ferrous metals, our brazing alloys serve:

Automotive & Aerospace: Heat exchangers, turbine blades, sensors, fuel systems.
HVAC & Refrigeration: Copper tubing, compressors, and valve assemblies.
Electronics: Connectors, contacts, and precision assemblies.
Industrial Tools & Machinery: Cutting tools, carbide tips, and hydraulic components.
Medical & Power Engineering: High-reliability, corrosion-resistant joints.

Technical Advantages

Controlled melting range for consistent flow.
Uniform wetting and smooth capillary behavior.
High joint strength and oxidation resistance.
Low porosity and reduced flux residue.
Excellent thermal and mechanical stability.
Adaptability to various brazing atmospheres.

Process Compatibility

Our alloys are engineered for seamless use in:

Torch Brazing – Efficient for maintenance and repair.
Induction Brazing – Fast and precise heat control.
Furnace Brazing – Perfect for mass production and vacuum operations.
Resistance Brazing – Ideal for small components and electrical joints.
Vacuum Brazing – Clean, flux-free results for sensitive assemblies.

Testing & Quality Control

Every batch undergoes chemical analysis, microstructural evaluation, and mechanical testing to meet ISO, DIN, and AWS standards. Traceability, certification, and full documentation are provided with each supply lot.

Custom Solutions

We develop customized alloy compositions to meet unique thermal or mechanical requirements. Our metallurgists collaborate with clients to design alloys optimized for specific base materials, temperature ranges, or joining conditions.

Sustainability & Innovation

Our production process emphasizes energy efficiency and material recovery. We recycle silver, copper, and nickel alloys responsibly and continually refine formulations for improved performance and lower environmental impact.

Packaging & Delivery

Supplied in vacuum-sealed, labeled containers ensuring long-term stability and easy identification. Global delivery options with full technical documentation, MSDS, and batch certificates.

Our team

Meet our global leadership team from Houston, USA — experts in brazing alloys, fluxes, pastes, and advanced material solutions, driving innovation, precision, and quality across every product line.