Ag: $2.721/g | Ag (No.3): $2.719/g | Cu: $0.015/g | Zn (No.1): $0.004/g | Ni: $0.021/g | SN: $0.062/g | In: $0.687/g | Cd (No.0): $0.004/g | 5/22/2026 12:15:44 AM CET

5G Communication

5G communication must have exceptional 5g materials with lower temperature rise, such as circuit breakers, communication relay, and contactors. Fudar Alloy offer high-speed, high-capacity, and highly reliable electrical contact materials optimized for 5G communications, supporting the advancement of global communication technology. Our global customers demand the highest quality contact components for critical applications in communication relay. Fueled by technological innovation, we help our customers unlock greater value.

5G Communication

5G communication must have exceptional 5g materials with lower temperature rise, such as circuit breakers, communication relay, and contactors. Fudar Alloy offer high-speed, high-capacity, and highly reliable electrical contact materials optimized for 5G communications, supporting the advancement of global communication technology. Our global customers demand the highest quality contact components for critical applications in communication relay. Fueled by technological innovation, we help our customers unlock greater value.

Overview

Application

Related Products

Recommended Materials

Other Solutions

Meeting Evolving 5G Market Needs


Industry Overview

As 3G, 4G, and 5G networks continue to evolve, telecom power systems must simultaneously support multiple generations of communication technology. This shift drives new demands for higher output power, greater power density, and enhanced reliability in telecom power supplies. Additionally, natural heat dissipation poses significant challenges to the longevity of power cabinet components.

Challenges in the Industry
  • High Durability Requirements – Contact materials must withstand over 30,000 operations under 10A current conditions, but existing materials fail after less than 20,000 cycles.
  • High-Current Adhesion Issues – At 1,500A, conventional materials struggle with contact adhesion and rising contact resistance, reducing efficiency and reliability.
Fudar Alloy’s advanced contact materials enhance the performance and longevity of telecom power systems, providing a reliable solution for next-generation communication infrastructure.
 

Main Advantages

High Breaking Capacity

Low Arc & Anti-Welding Performance

Lower Temperature Rise

Smaller Volume

Low & Stable Contact Resistance

Application

DESIGN YOUR SOLUTION
Circuit Breakers

Circuit Breakers

Communication Relay

Communication Relay

Contactors

Contactors

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Silver Contact Tips

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PM Contact Tips

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Profile Materials

Profile Materials

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ALL PRODUCTS

Recommended Materials

Material Disgnation 6#AgNi/BAg15CuP 1#AgWC 1#AgC
Ag Content(wt.%) 80 60 96
Density(g/​cm³) ≥10.00 ≥11.8 ≥8.9
Elec.Resistivity (​μ​Ω.cm) ≤2.4 ≤3.45 ≤2.2
Hardness HV ≥55 ≥127 (HB) ≥42
Manufacturing Process PM-Sintering-Extruding Mixing-Infiltration Mixing-Extruding

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