Thermally conductive adhesive – the new two-component Thermiglue TL 23010

Thermally conductive adhesive – the new two-component Thermiglue TL 23010

Thermally conductive adhesive – the new two-component Thermiglue TL 23010

Ahlhorn | March 25th, 2014
The thermally conductive adhesive Thermiglue TL 23010 is just one of the interesting products of the wide product range of Dr D. Mueller.

The new product Thermiglue TL 23010 is now available and catches with many excellent properties, e.g. the fast processing time. As Thermiglue TL 23010 is a thermally conductive adhesive, it is qualified for many application areas, but the most important one is the LED application field. 

The Dr D. Mueller GmbH offers a wide product range of leading manufacturers of different branches, for example of the automotive or electro industry and for mobile and household devices.

Optimal thermal conduction

The modified epoxy resin thermally conductive adhesive becomes even more resistant and shows a better thermally conduction because of its two-component structure. Therefore Thermiglue TL 23010 became an essential part for LED applications. But Thermiglue can also be used in other areas, for example during coil casting or for mounting at cooling elements.

Quality from the beginning

Thermiglue TL 23010 is a high-class thermally conductor which is extremely resistant and multifunctional because of the special developed manufacture. It adheres very well to polycarbonate, nylon, ABS and other plastics. In addition to that it adheres well to many metals. Furthermore it can bridge gaps of up to 5mm without any problems.

Guaranteed efficiency because of certificates

The Dr D. Mueller GmbH is always aspired to offer the best products, that is the reason why their products are tested regularly. And the thermally conductive adhesive Thermiglue TL 23010 is no exception. The registered trademark of the company is certified according to UL94 V-0 and the different properties like tensile and shear strength are tested according to DIN or ISO.

Share this post