LGS FF is a sophisticated nanotechnology liquid able to protect metal surfaces from abrasion and mechanical wear. Designed to significantly reduce friction in all petrol and diesel engines, LGS FF is able to lower wear rates even in extreme operating conditions both in high and low temperatures.
With higher performance than fully synthetic motor oils, LGS FF is proved to be the choice of the professional looking for increased protection, lower emissions and even improved fuel consumption.
One of the key contributing factors in the drop of efficiency in solar PV panels is the accumulated dirt, dust and organic matter on the solar panel surface. In practice, dust must be removed from the surface of solar PV panels in order to ensure highest performance.
The Solar Energy Power Association notes that dirty solar panels can lose 20% of their energy output. The National Renewable Energy Laboratory puts that figure even higher, at 25%. Recent university research has shown that a dirty solar panel can lose 50% of its efficiency compared to a clean solar panel.
Liquid Glass Shield solar coating can be applied to all panel surfaces as it has been specifically designed for low angle surfaces that have minimum run-off.
The coating is able to maintain a self-cleaning surface that resists dirt, dust, organic matter and pollen, which helps to retain optimum effectiveness of the panel.
Abrasion and scratch resistance is also significantly improved over nontreated surfaces and poor cleaning and careless panel care will not damage the surface.
Once treated the coating produces a “self-cleaning” surface and dust and organic matter is simply washed away. In many cases cleaning schedules are reduced saving up to 85% on standard panel cleaning costs.
During colder months ice and snow cannot bond to the treated surface, which means that the surface does not need excessive scrapping or require the use of ice removal liquids.
The coating can be applied to any solar panel after professional cleaning.
Once fully dry the panel surface should be coated with the liquid ensuring even coverage.
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