Steel Solutions for New Energy Vehicle Battery Packs: Material Specifications and Supplier Evaluation


The automotive industry's electrification revolution demands advanced steel for new energy vehicles, particularly in battery pack construction. These specialized battery pack materials must combine structural integrity with lightweight properties while meeting rigorous safety standards.

Material Requirements Analysis

Mechanical Properties:

High-strength grades (600-1500 MPa)

Formability (12-18% elongation)

Temperature stability (-40°C to 120°C)

Functional Characteristics:

Corrosion-resistant coatings (galvanized, galvalume)

Thermal conductivity (20-50 W/m·K)

Electromagnetic shielding capability

Certification Standards:

GB/T 34566 (China)

SAE J2340 (Global)

UNECE R100 safety protocols

Supplier Selection Criteria
When evaluating automotive steel suppliers, manufacturers should assess:
Technical Capabilities:

R&D investment in AHSS solutions

Custom alloy development experience

Production Capacity:

Minimum 100,000 tons annual output

Advanced rolling/coating technologies

Quality Assurance:

IATF 16949 certification

Full material traceability

Supply Chain Advantages:

Regional inventory availability

Flexible order management

Strategic partnerships with qualified suppliers enable manufacturers to optimize both performance and cost-efficiency in battery pack development. Continuous material innovation will remain crucial as EV technology evolves.