Nano Ceramic Coating - products

No oil-smoke titanium coating of what is the principle? 2010-1-15 11:31:27
How to waterborne anti-corrosion coating metal construction? 2010-1-15 11:32:07
What is the nano coating? 2010-1-15 11:33:41

Current position: Home > Non-stick Coating > Nano Ceramic Coating

Nano Ceramic Coating

About Nano Ceramic Coating

Inorganic: generally refers to non-carbon coatings, such as silica sol coating (-O-Si-O-).

The main component of nano inorganic coating is nano inorganic compounds (SiO2, Al2O3, P2O5SiO2, Al2O3, P2O5)

After the surface of the substrate is coated, the coating similar with ceramics and glass in performance is solidified and formed by low-temperature heating.

As a new generation of polymer coatings based on siloxane chemistry after the introduction of nano technology, nano inorganic polysiloxane coating is totally different from the silicone-modified organic resin, due to repeated high bond strength of Si-O bond in its main chain. Compared to the CC bond of a typical organic structure, inorganic structure could no doubt be more durable, inherent thermal stable, free from the impact of ultraviolet radiation from sunlight. Inorganic structures are non-flammable, while organic polymers will burn and produce toxic smoke fumes.

Application:

Appliances, such as Iron / beauty salon dedicated high-temperature ceramic membrane coating / cookers, such as non-stick pan / rice cooker / oven / hot plate, and other special high-temperature ceramic membrane coating / device-specific high-temperature ceramic membrane coating / transparent by hard wear-resistant such as the lamp / lens / screen / furniture (glass / plastic / wood ...) ceramic membrane coating / medical equipment (infrared / anion ....) / high temperature colored transparent glass coating / Traffic / building materials / industrial anti-corrosion / gasification agent / fireproof

Features of nano ceramic coating products:

1.Health and hygienic, environmental protection, safe and non-toxic; no PFOA, a perfect substitute for fluorine coating; green products, environment-friendly coating.

2.High temperature (400 ℃ ~ 900 ℃)

3.High hardness (6-9H). The hardness will hardly change in high temperature.

4.Ultra- durable ( >30 years), excellent anti-aging, anti-ultraviolet properties.

5.Non-stick, easy to clean, resistant to oil and water; 5 to 10 eggs can be fried continuously or candy test.

6.Acid, alkali, and solvent resistant, anti-corrosion.

7.With the function of far-infrared, uniform heating, high efficiency and energy saving;

8.Antibacterial, sterilization, anti-mildew;

9.Low-temperature sintering (220 ℃ ~ 250 ℃); energy saving and reduction of CO2 emissions; almost no artifacts blistering arising from too high baking temperature; (380 ℃ oil polyether sulfone and water-based fluoride coatings have to be baked above 380 ℃).

Coating Process:

(A)Coating Material Process

Before coated, the oil gas attached to the surface of the object should be removed by alcohol-like solvent.
Sandblasting polishing pressure: 5 - 7 Kgf/cm2
Aluminum, iron, copper: 100 mesh
Stainless steel: 80 mesh
You need to use air guns, water, alcohol, etc. to remove the sand, dust and other pollutants attached to the surface, so as to make the product look and feel cleaner, for the use of longer time.
To remove surface moisture, in the temperature of 50 ~ 60 ℃, drying for 5 ~ 10 minutes, peak bodies need to be hot in order to make better coating
The effect of spray will be better to preheat the workpiece 40 ℃.
Component ratio of coating A, B need to be deployed and mixed according to operating instructions.

(B)Spray coating

Using the method of spraying coating, the nozzle diameter should be adjusted to 1.0 - 1.2 mm, air pressure of 6 ~ 7Kgf/cm2

Best film is the 30 ± 5 um

Coating chamber temperature should be 20 ~ 30 ℃, humidity be 70% or less.

Spray coating uniformly with the spray gun, careful not to neglect a certain part.

(C)Roast temperature curve

<< back | List | Print