The coating may particularly have a sol-gel embodiment.

A value of infrared energy absorbed in the sol-gel coating is determined, and a value of the infrared energy absorbed in the sol-gel coating is correlated to a thickness of the sol-gel coating.

The invention likewise relates to the sol-gel coating thus produced.

Furthermore, the invention relates to a coating solution for forming an antimicrobiological sol-gel coating, as well as a method for preparing and regenerating the coating.

A sol-gel coating composition comprising fluoropolymer particles is disclosed.

The invention relates to a method for the sol-gel coating of a heat-treated object, wherein the object is heat-treated and the sol-gel coating is formed onto the object.

Comparative analysis of methods of Pavement-Hard Floor (concrete) x flexible (asphalt)

The invention also relates to the use of said sol-gel coating material for producing scratchproof sol-gel coatings.

The sol-gel coating can be deposited by spraying and the sol-gel coating is cured.

  Specifically, the area of the sol-gel coating film accounts for 5-80% of the total area of the coating film-formed surface.

According to the invention, in forming the sol-gel coating, heat energy that has been transferred and stored in the object in conjunction with the heat treatment is applied for curing the sol-gel coating.

  A sol-gel coating film of a silicon alkoxide compound polymer and the base surface are coexistent in the coating film-formed surface.

Disclosed is an iron, comprising an aluminum sole plate which is provided with a coating which is provided by means of a sol-gel process and wherein an intermediate layer is present between the aluminum sole plate and the sol-gel coating.

This collection is ideal for covering floors and walls in residential and public spaces.

This curing densifies the sol-gel coating and provides desired optical and mechanical properties.