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Metal heat exchangers have long been the standard for thermal management, but they come with significant limitations. While they transfer heat efficiently, these traditional materials:

• Are heavy, adding unnecessary weight.
• Have high embodied carbon, contributing to environmental concerns.
• Lack versatility in design.
• Offer no corrosion resistance, leading to potential durability issues.

Although Thermally Conductive Polymers (TCPs) on the market attempt to address these problems, they often fall short, being:

• Brittle, making them prone to cracking.
• Offering low thermal conductivity, limiting their effectiveness.
• Unable to be mass-produced efficiently.

Senergy's patent-pending thermally conductive polymers are designed to overcome these challenges. Our innovative materials provide:

• Excellent thermal conductivity, rivaling that of metals.
• Scalability through injection moulding, profile extrusion, and thermoforming, making them ideal for mass production.
• Flexibility and durability, eliminating the brittleness seen in other TCPs.

By replacing aluminium with Senergy's TCPs, you can achieve:

• 30-45% reduction in weight.
• 500% lower CO₂ equivalent per product.
• 30% faster assembly times.

Senergy’s TCPs deliver performance, sustainability, and efficiency for the next generation of heat exchangers and thermal solutions.