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Research & Development

Our R&D team continuously drives innovation to develop next-generation metal composite materials and manufacturing processes.

🔬

Material Development

  • • New alloy combinations for specialized applications
  • • Optimization of cladding ratios for performance
  • • Development of materials for emerging industries
🔧

Process Innovation

  • • Advanced welding technologies for improved bonding
  • • Precision rolling for tighter tolerances
  • • Automated manufacturing systems
📊

Testing & Analysis

  • • Metallurgical microscopy and analysis
  • • Mechanical testing laboratories
  • • Electrical performance characterization

R&D Capabilities

Laboratory Facilities

Raytron Metallurgical Laboratory

Raytron Metallurgical Laboratory Interior

  • State-of-the-art metallurgical laboratory
  • Advanced materials characterization equipment
  • Full mechanical testing capabilities
  • Electrical testing and simulation

Expert Team

  • PhD-level metallurgists and materials scientists
  • Experienced process engineers
  • Application engineers for customer support
  • Continuous training and development

Industry Collaboration

🤝

Joint Development

Partnership projects with customers to develop customized solutions for specific applications.

🏛️

Research Partners

Collaborations with universities and research institutions for cutting-edge materials research.

🎓

Technical Support

Application engineering support to help customers optimize material selection and design.

Innovation Commitment

With over 20 years of experience in clad metal technology, RAYTRON continues to invest in R&D to stay at the forefront of materials science and manufacturing technology.

Innovation Roadmap

2020

Established Special Alloy Lab, initiating research on CCA metallurgical bonding.

2022

Breakthrough in Clad & Weld process, achieving precise control of >50% copper layer thickness.

2024

Launched next-gen high conductivity (70% IACS) CCA, certified for EV industry.

2026 (Next)

Developing ultra-high strength nano-composite bimetals, targeting 40% tensile strength increase.

FAQ

What is your typical R&D cycle?
For custom new material R&D, from requirements analysis and sampling to mass production usually takes 3-6 months. Minor adjustments to existing products are typically completed within 2-4 weeks.
Do you assist customers with joint development?
Yes, we strongly encourage Joint Development Manufacturing (JDM). Our technical experts can participate in your product design phase, offering material selection advice and solving engineering challenges together.

Innovation Outcomes

Copper Round Wire - 101% IACS conductivity, Electrolytic Copper (Cu), for Cable & Conductor and Industrial Motors

Copper Round Wire

Electrolytic Copper (Cu)

Conductivity: 101% IACS
Ø 0.05-8 mm
View Details
Copper Clad Aluminum Round Wire - 65% IACS conductivity, Copper Clad Aluminum (Cu/Al), for Cable & Conductor and Industrial Motors

Copper Clad Aluminum Round Wire

Copper Clad Aluminum (Cu/Al)

Conductivity: 65% IACS
View Details
Photovoltaic Ribbon - 98% IACS conductivity, Tinned Copper/Silver-Copper Alloy, for Photovoltaic Solar and Electronics Connectors

Photovoltaic Ribbon

Tinned Copper/Silver-Copper Alloy

Conductivity: 98% IACS
0.6-2.5 mm W 0.1-0.3 mm T
View Details

Contact Raytron Now - Let Every Meter of Material Create Higher Value for You

Our technical team is the author of multiple Chinese national standards, with 30 years of industry experience and 34 patents, delivering professional bimetallic composite material solutions. Contact us for technical support and product quotes.

Contact Raytron Now - Let Every Meter of Material Create Higher Value for You

Our technical team is the author of multiple Chinese national standards, with 30 years of industry experience and 34 patents, delivering professional bimetallic composite material solutions. Contact us for technical support and product quotes.

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