Our Precision Female Terminals are engineered for complex electrical connections and high-speed automated wiring harness processing. Manufactured from premium Continuous Phosphor Bronze Strips (C5191/C5210), these terminals offer exceptional elasticity, superior fatigue resistance, and excellent electrical conductivity.

Using advanced high-speed progressive die stamping, we deliver terminals on continuous carrier reels for seamless compatibility with automatic crimping machines. Each terminal ensures stable low contact resistance, preventing signal loss and heat buildup in critical electronic circuits.

• Enhanced Elasticity: Phosphor bronze construction provides superior "spring back" memory for secure grip on male pins
• Automated Processing Ready: Supplied on continuous strips for high-efficiency feeding into automatic crimping systems
• Micron-Level Accuracy: Tight dimensional tolerances (±0.01mm) guarantee perfect alignment and consistent pull-out force
• Anti-Oxidation Plating: High-quality Tin, Nickel, or Gold plating options ensure excellent solderability and corrosion resistance
• Low Insertion Force: Precision-engineered entry geometry reduces mating force while maintaining high retention strength

• Automotive Wire Harnesses: Critical for ECU connectors, dashboard wiring, and sensor interfaces in both ICE and Electric Vehicles (EV)
• Consumer Electronics: High-density terminals for laptops, smartphones, and PCB-to-cable connectors
• Industrial Automation: Heavy-duty female contacts for PLC modules, industrial robots, and control system interfaces
• Home Appliances: Reliable signal and power terminals for smart home devices, refrigerators, and washing machines
• Telecommunications: Data transmission connectors and high-speed server backplane components

We offer end-to-end OEM/ODM solutions for specific connector terminal geometries:

• Tooling Design: In-house development of multi-station progressive dies for unique female terminal shapes and locking mechanisms
• Selective Plating: Optimize performance and cost by applying Gold only to the contact interface and Tin to the crimp area
• Material Optimization: Selecting specific alloy tempers (1/2H, H, SH) to balance crimpability with spring retention
• Prototype Validation: 3D-printed or single-stage stamped samples (3-5 days) to verify mating force before mass production

At METS, we provide more than just components; we offer engineering expertise. Our team assists with applicator matching, crimp cross-section analysis, and material stress simulations. We guarantee a professional technical response to all RFQs and inquiries within 12 hours, ensuring your production line stays on schedule.

• Reel & Tape Packaging: Standardized reels designed for automated dispensers, vacuum-sealed in anti-static bags
• Damage-Proof Crating: Heavy-duty corrugated boxes and fumigated wooden pallets ensure safe delivery
• Global Logistics: Flexible delivery via DHL, FedEx, or sea freight under FOB, CIF, or DDP terms