WE MAKE THE HEAT FLOW

ohmvo has developed a new technology of ultra-thin and powerful silicone heating mats. We study and customize all our flexible silicone heaters to bring your most complex projects to the right temperature.

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Silicone heater mats​

OHMMAT. Our flexible silicone heating mats are able to transfer heat to any shape with high density power

Drum heaters & heating belts

OHMBELT. With virtually unlimited length, our silicone rubber heaters adapt to any drum size, shape, tank, rotor you might need to heat.​

Electrically conductive silicone heaters​

OHMMAT NANO. The heater you cannot see! Our own produced electrically conductive silicone is the heart of heat generation. A simple silicone deposition that can be embedded in composites structure, like windmill blades, wings, structures…

Thermal conductive products

OHMTHERM. our offer for a proper TIM (Thermal Interface Management). High thermal conductivities, customized thicknesses and shapes as well as different finishings available

Electrically conductive silicone sheets

OHMSHIELD. This product provides protection against electrostatic discharge, corona effect and can act as a gasket ensuring EMI protection.

All our products are supported on a modified silicone compound that enhances thermal conductivity.

Our exclusive application technology allows a customized product for flexible heating matsdrum heaters and tank heatersice protection solutions, epoxy curing applications, silicone electrodes and an infinite number of tailor-made applications.

Featured product

Custom made drum heaters and tank heaters

Liquid heating in drums and tanks is commonly needed in the industry. The extreme adaptability, flexibility and heat transmission of ohmvo silicone mats make them the ideal tool to heat or maintain temperature standard drums or big tanks.

Discover more about ohmvo’s custom designed tank heaters.

ohmvo flexible heat, european project

This project has received funding from the European Union’s Research and Innovation Horizon 2020 Programme under grant agreement Number 889059