Overview
Our Precision Electrical Contacts are crafted to meet the demands of modern electronic devices. Manufactured from high-quality materials such as fine silver and agni alloy, these contacts guarantee optimal conductivity and exceptional corrosion resistance. Available in diverse sizes and finishes, they are expertly stamped using advanced deep drawing techniques. Our product range includes electrical contact sheets, double compound contacts, and bimetal button contacts. We provide tailored customization based on your specific requirements and drawings, ensuring precise fit and functionality. Certified with ISO9001, our contacts adhere to industry standards, guaranteeing reliability in applications spanning industrial machinery, automotive, and household appliances. Experience seamless connectivity and superior performance with our precision-engineered Electrical Contacts.
Specification
Materials: Fine Silver, Agni Alloy, Agcdon, Agcuon, Agsno2, Agznon, Agsn2in2o3, Ag-w Alloy, Cu-w Alloy etc
Size: as per customers’ requirement
Tolerance: 0.02mm-0.1mm
Finish: nickel plating, sn plating, tin plating, zinc plating, chrome, heat treatment, plating, degreasing, electrophoresis, etc.
Stamping capacity: deep drawing, shaping metal
Optional Type: electrical contact sheet, double compound contact, three compound contact, plum compound contact, bimetal button contact, welding electrical contact, electrical contact assembly, etc
Services: according to your drawing (PDF, CAD or 3D)
Certificate: ISO9001
OEM/ODM: available
Application: industrial, furniture, automobile, motorcycle, household electrical appliances, computer, etc
Transport Package: as per your requests
Sample Time: 7-12 Days
Lead Time: 15-25 Days
Payment Term: T/T, L/C 30% deposits, before the ship to pay the balance end. Freight are quote under your request
Packages Term: plastic bag, carton and pallet
Delivery Term: by sea/express
Common Surface Treatments
These surface treatments for Electrical Contacts Customized for Precision Electronic Devices not only prolong their lifespan but also enhance their functional and aesthetic qualities, ensuring peak performance across diverse applications.