Heating and Air Conditioning Technology
Heating and air conditioning technology is an essential industry that ensures comfort and energy efficiency in residential and commercial buildings. (...)
INTERPRESS
Liquid coolers with internally press-fitted tubes
Efficient dual-sided cooling thanks to internal tubing for even heat dissipation.
Learn more in a conversationFrom raw profile to ready-to-use Interpress cooling plate
Dual-sided cooling
Ideal for applications requiring component cooling on both sides
Only one internal tube required – no tubing on both sides needed
Various tube materials and radii
Copper, aluminum, stainless steel or special alloys such as cupronickel
Precise press-fit technology allows tight radii and flexible layouts
Multiple connection options
Standard or custom connection options
Can be mounted internally or externally
Functional design of Interpress cooling components
Internal tube structures ensure maximum thermal efficiency and even heat dissipation. The tubes are integrated precisely without gaps, ensuring reliable dual-sided component cooling.
High flatness ensures exact fit, easy assembly, and high reliability. Modern leak and tool-breakage tests minimize quality risks and guarantee consistent performance.
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Key advantages at a glance
Uniform dual-sided component cooling
Optimal heat transfer without gaps
Precise flatness for easy assembly and high reliability
Quality assured through leak and tool integrity testing
Performance optimization with internal tube structures
Internally press-fitted tubes can be precisely optimized to maximize heat dissipation. By combining tube materials, press-fit technology, and additional thermal elements, reliable cooling is maintained even at high power densities or in compact spaces.
Fluid-carrying inserts
Copper or stainless steel inserts transfer heat directly to the flowing coolant, enabling highly efficient heat removal. Available in various materials and alloys, they can be easily combined with press-fitted tube systems to further enhance thermal performance.
Copper inserts as heat spreaders
Embedded copper inserts distribute generated heat evenly across the cooling surface. Whether placed directly under fluid channels or in other regions, they provide stable operating temperatures, reduce hotspots, and extend the lifetime of sensitive components.
Embedded heat pipes
Integrated heat pipes use phase-change technology, where a liquid evaporates and condenses at cooler spots. This efficiently distributes heat, reduces hotspots, and ensures constant operating temperatures in high-performance applications.
Thermal simulation & development
COOLTEC’s digital thermal simulation enables fast, precise, and resource-efficient development of your cooling solution.
Whether analyzing existing designs or creating a new one, we optimize performance, material use, and space for maximum cooling efficiency.
More performance through precise thermal management
Whether for high-performance electronics or compact designs: we develop cooling systems that combine performance and reliability – fast, precise, and customized.
Frequently Asked Questions
Interpress coolers are ideal when components must be cooled on both sides. The internal tube ensures even heat dissipation, stable temperatures, and maximum efficiency.
Copper, aluminum, or stainless steel are used as standard. Special alloys such as cupronickel are available. The choice of material affects thermal conductivity, weight, corrosion resistance, and compatibility with the coolant.
The tubes are internally integrated into the cooling plate without gaps or adhesives, ensuring direct metallic contact with the cooling medium for optimal heat transfer.
Cooling performance can be enhanced through fluid-carrying inserts, copper heat spreaders, or integrated heat pipes. Thermal simulations help optimize tube layout, flow, and geometry for maximum efficiency.
Standard and customized connections are possible, mounted internally or externally. Front-mounted water distributors ensure even flow across all channels in complex systems.
