
Save your favorites
Select and save the products and documents you need for your projects
Taken into account your location and browser settings, this is probably the language you are looking for:
Promat is a commercial brand of the Etex Group. You can use your Promat account to login to any Etex Group website.
Discover more about Etex and your Etex account here
Select and save the products and documents you need for your projects
Keep an overview of the jobsite installations from your desk
Download a full report with detailed floor plans and photos and send it to your mailbox
Select and save the products and documents you need for your projects
Keep an overview of the jobsite installations from your desk
Download a full report with detailed floor plans and photos and send it to your mailbox
Your documents cannot be downloaded because there are no results.
You have reached your download limit. Please review your documents and select a smaller range
A technical error occured while uploading your documents, Please try again later.
Our range of thin and lightweight high temperature textiles and insulation wools offer a reliable protection against temperatures ranging from 500 °C up to 1800 °C. They contain no hazardous materials and can be combined with other materials to provide you with best possible solution in terms and performance and cost-efficiency.
Our DALFRATEX® range of inorganic fibres and textiles has a very high resistance to thermal shock and provides flexible electrical insulation at temperatures as high as 1000 °C. DALFRATEX® materials can operate continuously at 1000 °C and at 1600 °C for limited periods.
Promat’s DALFRATHERM® range of Ultra Low Shot insulation wools reduces energy loss and CO2 emissions to an absolute minimum and optimises the overall performance and lifetime of your application.
DALFRATHERM® wools are available in low bio persistence AES material, referred to as ULS. Also different grades of refractory ceramic (RCF) material is available.
DALFRATHERM® wools are resistant to thermal shock and combine an excellent mechanical strength and thermal stability up to 1600 °C.