EV Battery Module Heavy Duty LH201 Steel Strap 19mm Width 1mm Thickness Custom Configuration Maximum Clamping Force

EV Battery Module Heavy Duty LH201 Steel Strap 19mm Width 1mm Thickness Custom Configuration Maximum Clamping Force

Product Overview

The Heavy-Duty LH201 Steel Strap is engineered for maximum clamping force in large-format EV battery module applications. Featuring a 30mm width and 1.5mm thickness — the largest cross-section in our product line — this custom configuration delivers approximately 2.1× the clamping force capacity of standard 19mm×1.0mm straps. Manufactured from independently verified LH201 high-tensile steel (NBGD-20251204001 certified), it is designed for single-strap-per-side configurations on large modules with 20+ prismatic cells per stack. Full batch traceability, consistent coil-to-coil mechanical properties, and automotive production-ready quality systems make this the definitive choice for demanding EV structural compression requirements.

Product Features

• Maximum Clamping Force Design: 30mm×1.5mm cross-section delivers approximately 2.1× the clamping force of standard 19mm×1.0mm, engineered for large EV modules with 20+ prismatic cells per stack.
• Single-Strap Large Module Solution: 30mm maximum width enables single-strap-per-side configurations, reducing total strap count, welding points, and assembly complexity versus multiple narrow straps.
• Proven LH201 Material Platform: Built on the same certified LH201 material — scaled to maximum dimensions for the most demanding structural compression requirements.
• Automotive Production Ready: Consistent coil-to-coil mechanical properties, full batch traceability, and stable welding parameters for high-volume automated EV production lines.
• Multiple Width Options: Also available in 19mm and 22mm widths for applications where intermediate clamping force is sufficient — custom upon request.
• Thermal Cycle Qualified: Tested for operational range of -40°C to +120°C, ensuring reliable clamping retention through extreme temperature cycling in EV battery environments.

Technical Specifications

Application Scope

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