Low resistance alloys have the advantages of low resistivity, small resistance-temperature coefficient, excellent electrical conductivity, corrosion resistance, and some of them also have high strength, fatigue resistance and good welding performance. They are suitable for scenarios such as high-current transmission, precision resistors, conductive connectors and bus conductors.
Petroleum Industry
Chemical Industry
Aerospace Industry
Engineering Machinery Industry
Automotive Industry
Electronics Industry
Medical Industry
Shipbuilding Industry
Downhole cable conductors and explosion-proof electrical conductive busbars for oil and gas exploitation, resistant to oil and gas corrosion and high and low temperatures
Busbars and wiring terminals for oilfield electric control equipment, realizing stable high-current transmission
Conductive electrodes and grounding conductors for pipeline cathodic protection systems
Explosion-proof motor windings and conductive connectors for offshore drilling platforms, resisting salt fog corrosion
Anode/cathode conductive busbars and conductive clamps for electrolyzers (chlor-alkali industry, non-ferrous metal electrolysis)
Conductors and corrosion-resistant conductive wiring components for high-power electric control systems supporting chemical reactors
Conductive hangers and busbars for electroplating production lines
Sensor leads and precision measuring shunt resistors in corrosive environments, resisting acid and alkali medium erosion
Main busbars and cable cores for aircraft power supply systems, ensuring high-current transmission while reducing weight
Connector contacts and conductive shrapnel for power systems of satellites and rockets
Winding materials for aviation motors and generators
Standard resistors and shunts for airborne precision measurement and control instruments
Grounding system conductors for spacecraft, resisting space temperature difference and vacuum environment
Busbars and wiring terminals for high-power electric control cabinets of large excavators, shield machines and cranes
Conductive contacts for high-power DC contactors of engineering vehicles
Internal conductive bars for large industrial frequency conversion equipment and high-power frequency converters
Conductive connectors for energy storage systems of heavy equipment, capable of withstanding impact vibration and continuous large current
Busbars and cell connecting plates for power battery packs of new energy vehicles
Internal conductive conductors for motor controllers and OBC on-board chargers
Conductive substrates and wiring terminals for on-board high-voltage connectors
Precision sampling shunt resistors for on-board Battery Management System (BMS)
Conductive components for starting motors and generators of traditional automobiles
Precision instruments: precision shunt resistors, sampling resistors and standard resistors made of manganese copper/constantan alloy
Uninterruptible Power Supply (UPS) power supplies and server busbars for servers and data centers
High-power PCB conductive substrates, relay and switch elastic conductive contacts
Internal conductive structures for Power Conversion System (PCS), electric welders and power supply equipment
Wafer test probes and high-current test tool conductors for semiconductor equipment
High-power power supply conductors for high-voltage medical imaging equipment such as Magnetic Resonance Imaging (MRI) and Computed Tomography (CT)
Precision sampling resistors inside precision detection equipment for ECG, blood oxygen and other tests
Conductive electrodes and leads for high-frequency physiotherapy equipment and electrosurgical instruments
Battery connecting conductors for medical energy storage equipment and portable medical equipment
Conductive components for explosion-proof medical electrical equipment in operating rooms, which are non-magnetic and corrosion-resistant
Conductive busbars for main distribution boards and power distribution cabinets of ships
Conductive connectors for ship propulsion motors and generator sets
Ship grounding systems and anti-corrosion conductive devices in seawater environment
High-power radio frequency conductive components for ship radar and communication systems
Conductive connecting components for power battery systems of yachts and transport ships, resistant to marine salt fog
