Heat transfer systems - Import export

Grammage, g/m2 – 46, 55, 70, 100 Width, cm – 61, 91, 110, 152, 162 Sublimation printing, in other words, “heat transfer” printing is the creation of a picture with paint or ink when, under the influence of high temperatures, they change from a liquid or solid state to a gaseous state and penetrate deeply into the texture of the material. The main element of this technology is a sublimation paper. Most often, this technology is used when working with textiles in rolls, for direct sublimation printing, as well as for intermediate sublimation printing. In this case, the intermediate medium is sublimation paper, which is later used as a heat transfer print. Our company offers different options for winding this paper and different variations of the width of the roll. The quality of printing on fabric depends on many factors. The choice of sublimation paper is determined by the consistency of the fabric, as well as the production conditions.

Efficient Heating Solutions: HPTH, HPTD Series Explore our versatile HPTH and HPTD series ranging from 60 to 500 liters, designed for optimal thermal performance. HPTH Series: Wall Mounted Capacity: 60 – 500L Insulation: Solid, Class "B" Material: Hard Foamed Polyurethane (PU) Adjustable Legs: Specifically for 200-500L models Pressure: Max 3 Bar Temperature Range: -20°C to 95°C HPTD Series: Floor Standing Insulation: Class "C" Material: Hard Foamed Polyurethane (PU) Pressure: Max 3 Bar Temperature Range: -20°C to 95°C These series offer reliability, energy efficiency, and adaptability, ensuring a seamless integration into various heating systems. Upgrade to cutting-edge solutions with KHT.

The heat accumulator VТА/V-1 is assembled from two different tanks in size, in the space between them is created an average vacuum (0,1 mBar) and filled with insulating powder (λ=0.007-0,01W/m∙K). Compared to traditional heat accumulators, the VTA/V-1 minimizes heat loss for effective heat storage. Its powder-vacuum insulation (PVI) replaces the standard 100cm of urethane-foam isolation. PVI’s thermal conductivity ranges from 0.007 to 0.01W/m∙K, significantly lower than rock wool (0.06W/m∙K) and urethane foam (0.04W/m∙K). The VTA/V-1 occupies similar space to traditional models. Key benefits include: — capacity of 2000-10000 liters; — possibility outdoor installation; — underground installation capability; — up to 10 times better thermal insulation in comparison with analogues; — absolute insulation moisture resistance; — long-term heat retention(ideal for heat pumps and solar collectors); — stable temperature stratification of heat carrier through the system of stratification.