Dip coating occurs in six main stages:

Dip coating level 1 – immersion: The sample body is immersed in the gel completely vibration-free and at a pre-programmed speed.

Dip coating level 2 – retention period: The sample remains in the pre-programmed location, immersed in the solution, for the pre-programmed time.

Dip coating level 3 – Start: The test specimen was immersed accordingly and remained in the solution. The sample body is now lifted out of the gel completely vibration-free and at a pre-programmed speed.

Dip Coating Level 4 – Gelling: The nanofilm forms on the surface of the sample while the sample slowly moves upwards towards the pre-programmed end position. The upward movement takes place completely vibration-free according to the pre-programmed parameters.

Dip Coating Level 5 – Drying: Excessive solution dries and drips from the specimen during upward movement.

Dip Coating Step 6 – Evaporation: The solvent evaporates from the solution and the nanofilm forms.

During the continuous implementation of the dip coating, the above-mentioned stages are carried out chronologically. The built-in microcomputer allows user-friendly programming of the dip coating counter along with the dip coating parameters for user-friendly and fully automatic dip coating and sol-gel coating.

Dip coating is a method of nanofilm coating. Sample specimens are immersed in a solution and, after a defined immersion time, are lifted out of the solution under defined conditions, e.g. speed, temperature, atmospheric influences.

This precision sol-gel coating system is ideal both as a desktop system and as a dip coating device in a vacuum box, laboratory oven or climatic chamber (model QPI-168 (Touch)) and can be used for dip coating of simple as well as complex specimens.

This professional dip coating equipment is manufactured in accordance with international technical guidelines and testing standards.