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Understanding the severity and variation of maldistribution can be critical in assessing appropriate redesign choices to improve performance and reduce noise.

Knowing what improvements and changes to incorporate for a new fin design is critical when considering a capital investment for a new fin die. Assess a wide range of options including the impacts of tube diameter, fin thickness, spacing, slits and louver enhancements, and other novel features.

Sometimes a challenge calls for a novel solution, one a bit outside the box aiming to solve a very specific problem.

Evaluate thousands of possible design combinations to find the critical trade-offs and best possible solutions using in-house tools and genetic-based optimization algorithms .

Ensure best performance of your system with its new refrigerant while also identifying opportunities to reduce overall size, material consumption, and cost.

Redesign your air-to-refrigerant heat exchangers to address existing system issues, maximize performance, and/or reduce overall cost.

• Advanced Serpentine Heat Exchangers
• 3 & 5mm Copper Tube Fin Heat Exchangers
• Advanced Copper Heat Exchangers