Battery Material Cable Tray Manufacturer

Leading manufacturers of battery trays include BENTELER, Hydro, Aumann AG, AIB Kunstmann, and XD THERMAL, offering solutions in aluminum, steel, and composite materials.

Key Manufacturers and Their Capabilities

BENTELER BENTELER produces battery trays primarily from extruded aluminum profiles, with options for sheet metal and press-hardened steel for crash reinforcement. Their designs optimize structural integrity, crash protection, and weight reduction, and they evaluate loads such as twisting during driving to ensure durability. They offer both aluminum and stainless steel solutions, balancing cost, fire protection, and carbon footprint considerations . Hydro Hydro specializes in lightweight, high-strength aluminum extrusions for automotive battery components. Their capabilities include CNC machining, MiG/TiG welding, and thermal management integration. Hydro emphasizes weight-to-strength optimization, corrosion resistance, and crash performance, supporting both fully electric and hybrid vehicles. They also provide low-carbon and recycled-content aluminum alloys for sustainable manufacturing . Aumann AG Aumann AG focuses on highly automated manufacturing of battery boxes and trays, with expertise in welding, automation, and handling. They provide solutions for complex geometries and end-of-line processes, ensuring high weld quality and precise component assembly. Their approach leverages simulation tools to optimize tray design and performance . AIB Kunstmann AIB Kunstmann offers steel and plastic battery trays, including coated options using PE and PUR processes. They provide customized solutions for lithium and explosion-proof applications, with structural analysis and material-reduced designs. Their trays are produced in Germany with a 0% complaint rate, emphasizing durability, compliance with international standards, and tailored coatings . XD THERMAL XD THERMAL specializes in liquid-cooled battery trays and focuses on lightweighting and energy density optimization. Their solutions enhance battery system performance while reducing material usage, making them cost-effective. They are known for high-quality standards and innovative designs that improve safety and functionality .

Material Options

• Aluminum: Lightweight, corrosion-resistant, and suitable for extrusions and complex geometries. Commonly used by Hydro and BENTELER.
• Steel: Cost-effective, strong, and fire-resistant. Used in sheet metal or press-hardened forms by BENTELER and AIB Kunstmann.
• Composite Materials: Glass fiber reinforced plastics (SMC) offer lightweight alternatives with performance comparable to metals, used by companies like LION Smart and XD THERMAL.

Considerations for Selection

• Crash Protection: Multi-layer steel or reinforced aluminum designs improve safety.
• Thermal Management: Integration of cooling systems is critical for EV battery performance.
• Customization: Coatings, colors, and explosion-proof designs are available for specialized applications.
• Sustainability: Recycled-content aluminum and low-carbon steel options reduce environmental impact. These manufacturers provide a range of high-quality, customizable battery trays suitable for automotive, industrial, and energy storage applications, with options in aluminum, steel, and composite materials to meet performance, safety, and sustainability requirements.