How magnesium hydroxide makes materials flame retardant

Excuse the title of the article, for it is not complete. Not only does magnesium hydroxide increase the flame retardancy of materials, it actually helps create materials that can absorb both heat and smoke. What you perhaps didn’t know, is that using magnesium hydroxide is easy as pie. That’s because it only has to be added during the final stage of the production process. After this treatment, your products are capable of absorbing heat and smoke alike. Imagine the benefits, for instance in industry and construction. And where can you get this flame retardant coating you ask? At Europiren of course! A global company that works from its main location in the port of Rotterdam.

Flame retardant PVC by means of a magnesium hydroxide coating

Lots of older buildings have been torn down over the past few years and mostly due to ‘constructional imperfections’, or ‘lack of proper fire safety measures’. This prevents an outbreak in case of a short circuit in one of the electricity cables. And by choosing a partner that can deliver you the right materials, such as Europiren, you’re choosing a partner that works environmentally friendly. This company produces magnesium hydroxide without the use of toxic additives, and uses as little energy as possible during production. Inquire about the possibilities today or take a look at their website for an impression of all flame retardant methods available.

Flame retardant materials made with magnesium hydroxide from a company with a low carbon footprint

A low carbon footprint means that a company produces no, or little more Co2 than it uses to create products and materials. Even the industrial sector is starting to take steps that reduce the strain they put on the environment. So if you’re looking for a company that can provide you with magnesium hydroxide, flame retardant materials, make sure you choose a company that pursues this goal as well. A company like Europiren perhaps. This international chemical company uses as little energy as possible, and is constantly striving to further reduce its carbon footprint.