Product solutions

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MAXIMIZING GREEN - sustainable non-stick coating for cookware
Speed of putting tighter regulations for food contact materials into execution is increasing.

Bisphenol A and PFOA are typical substances that are partly prohibited based on either article or application basis. Already today, all ILAG coatings for cookware are BPA-free and PFOA-free according to EU regulation 2017/1000.

You can find more information about our Maximizing Green product here.   Download


XERADUR 2 -
Nature has developed a unique protection system in flora and fauna. With our "Sol-Gel" development, we have made use of precisely this and created an environmentally friendly basis for Xeradur 2.

With ceramic coatings, you cook more healthily and gently, as you don't have to use oil and fat and the short-term non-stick effect is still very good.
Like all ILAG ceramic coatings, the product is manufactured free of PTFE and PFOA.

You can find more information about our Xeradur 2 product here.   Download


NATURAL INGREDIENTS -
If desired, natural "ingredients" can be used as raw materials in low-cure bakeware systems, which supports the protection of nature.

Carnauba wax from the Prunifera palm and biopolymer from the outer skin of grain are added to the wet coating. The wax makes it easy to slide or in case of the biopolymer the husk makes it very robust. Properties that are essential for the perfect success of baking a cake.

You can find more information about our Natural Ingredients product here.   Download


TRI-HP project - an environmental engagement from ILAG

The energy transition is one of the global key challenges. A major aspect of the energy transition is to reduce enery consumption of housing and buildings. Renewable energy supply of buildings is indispensable for a successful energy transition.

Modern building technology concepts should be designed to generate most of the energy for heating, cooling and electricity locally from renewable energy sources. The main objective of the TRI-HP project is the development and demonstration of flexible, energy efficient and affordable tri-generation systems (tri stands for heating, cooling and electricity), which can obtain up to 80% of energy requirement from renewable energy sources on site.

ILAG teamed up with a total of 12 project partners from universities, research institutes, industry and SME's from Switzerland, Germany, Denmark, Norway, Belgium and Spain.

ILAG's contribution is the development of a coating for a so called "Ice Slurry Storage" tank to prevent water from immediate freezing.

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