An introduction to SiO2 technology

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SiO2, essentially LiquiGlas, is produced in Germany by our trade partner who collaborates with many research and design companies across Germany. This structure is the reason why our partner continues to be at the cutting edge of SiO2 technology. Through our strong relationship with our trade partner we are able to give our customers access to cutting edge coatings that previously been propriety to large companies. The easy application process illustrates how advanced the technology is.

 

SiO2, LiquiGlas Technology at a molecular level has evolved to such an extent that it allows the end user to deposit a molecular layer of SiO2 onto most surfaces. The coating is an ultra thin layer of highly durable, invisible coating of glass that will enhance the performance of most surfaces. SiO2 is derived from quartz which is a sustainable resource.

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Our aim is to simply nano scale coatings and bring extremely advanced SiO2 coatings to the discerning end user. The technology is proven through extensive tests that have been conducted and awards that have been won. LiquiGlas Technology has a positive impact on the environment and the effects of our products are contributing to saving the planet.

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Please refer to our FAQs about SilkQuartz for more fascinating facts.

 

SiO2 - LiquiGlas

The benefits of SiO2 LiquiGlas

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• Protects surfaces that will be easier to clean and therefore surfaces look great for longer (increases lifespan).

• Simple application process - an easy two step process that is very safe.

• Gives surfaces hydrophobic qualities that repel oil, water, dirt and grime.

• 100% organic and environmentally friendly.

• Ability to bond to most surfaces.

• Enhanced hygiene due to bio static characteristics.

• The layer is flexible, breathable, highly durable, heat tolerant, anti-microbial and offers non-stick and easy clean characteristics.

• Coatings are invisible, chemically inert and highly resistant to commonly used cleaning chemicals. The coatings also offer resistance to alkalis, acids and solvents.

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