Precision-Engineered EV Terminals: High-Performance Connectors for Electric Vehicles with Zero-Defect Guarantee

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Product Description

Basic Information
Model NO.
1062-20-0122
Processing Type
Shaping Metal
Material
Oxygen-Free Copper C1020 (99.95% Purity)
Mould
Multistep Progressive Dies
Surface Processing
5-8μm Matte Tin Over 2μm Nickel Barrier
Tolerances
0.02mm
Voltage Rating
1000V DC
Charging Tech
1000+ Cycle Superfast Charging
Insulation
UL94 V-0 Rated PA66 Glass-Filled
Capacity
1,000,000/Day
Product Description

Precision-Engineered Excellence for Electric Mobility

Manufactured with aerospace-level precision, our EV terminals feature oxygen-free copper cores and dual-layer plating for maximum conductivity and corrosion resistance. Each terminal undergoes 100% automated optical inspection to ensure zero-defect performance in the most demanding electric vehicle applications.

Parameter Performance Test Standard
Tensile Strength325 MPa MinimumASTM E8/E8M-21
Salt Spray Resistance96 Hours No CorrosionGB/T 10125-2021
Insertion Force≤25N MaximumUSCAR-2
Retention Force≥40N MinimumUSCAR-21
Thermal Cycling-40°C↔150°C, 500 CyclesGMW3172
FlammabilityUL94 V-0IEC 60695-11-10
EV Terminal Engineering
High Performance Connectors
Manufacturing Excellence

Premium Material Selection

  • 99.95% purity oxygen-free copper C1020
  • Nickel barrier layer prevents copper diffusion
  • Matte tin plating for optimal solderability

Precision Manufacturing

  • Progressive die stamping with ±0.02mm tolerance
  • 100% automated optical inspection (AOI)
  • Statistical process control (CPK ≥1.67)
Quality Metric Standard Requirement Our Performance
Dimensional Accuracy±0.05mm±0.02mm
Contact Resistance≤1.0mΩ≤0.5mΩ
Plating Thickness3μm Minimum5-8μm Consistent
Defect Rate500 PPM10 PPM
Technical Capabilities & Why Choose Us

Advanced Manufacturing: 50+ high-speed precision stamping presses; Full in-house tooling and die design.

Quality Certification: IATF 16949:2016 Certified Manufacturing; UL Component Recognition.

Advantages:

  • Zero Defect Guarantee: 10 PPM maximum defect rate
  • Technical Support: 24/7 engineering support team
  • Supply Chain Stability: 99.8% on-time delivery rate
  • Cost Efficiency: 15% lower total cost through optimized design
Application Recommended Series Technical Support
Battery ConnectionsBT-8000 SeriesThermal Analysis Report
Motor TerminationsMT-6000 SeriesVibration Test Data
Charging SystemsCS-4000 SeriesHVIL Integration Guide
Auxiliary SystemsAS-2000 SeriesEMC Compatibility Report
Manufacturing Facility
Production Facility

Founded in 1991, our production facility covers 100,000 square meters and employs over 400 professionals. We provide comprehensive solutions in the stamping field, including terminals, connectors, shielding cases, and precision metal processing, widely used in electronics, new energy, and battery fields.

Quality Certificates
Certification 1
Certification 2
Frequently Asked Questions
What materials are used for the EV terminals?
We use 99.95% high-purity oxygen-free copper (C1020) as the core material to ensure maximum electrical conductivity and thermal performance.
What is your standard dimensional tolerance?
Our precision progressive die stamping process maintains a consistent tolerance of ±0.02mm, exceeding standard industry requirements.
Are the terminals compliant with automotive standards?
Yes, our manufacturing facility is IATF 16949:2016 certified, and products are tested according to USCAR-2, USCAR-21, and GMW3172 standards.
How is the surface treated for corrosion resistance?
The terminals undergo a dual-layer plating process: a 2μm nickel barrier layer followed by a 5-8μm matte tin finish for optimal protection and solderability.
Can you provide customized terminal designs?
Absolutely. We offer full in-house tooling and die design services to provide customized models based on specific client requirements and drawings.
What is the flammability rating of the insulation materials?
All used insulation components, such as glass-filled PA66, are UL94 V-0 rated to ensure maximum safety in electric vehicle applications.

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