Coat Ultima (Use with Servfaces cleaner Ultima and Neutra)
Description:Coating SurfacesProduct Information " Coat Ultima - commercial only"
For all painted exterior surfaces on the car. Life from 30-36 months / consumption approx.17-20 ml / vehicle.
Coat Ultima is the Hybrid-Si02-Polymer hard coating from servFaces. It has been originally developed for industrial use and has been at home since 2009 as the ultimate protection for painted surfaces in the servFaces product line. The product is directly attached to the lacquer molecule, improves the surface in its dirt-repellent property and forms a ultra-thin non-stick Protective layer that is extremely hardwearing and hard. Coat Ultima deepens the luster and color depth of the surface. It protects all lacquer surfaces from damage such as microscratches, oxidation, salt, acids, bird droppings and insects. Coat Ultima is long-term stable and can not be removed by the use of strong washing chemistry. Only the influence of strong abrasive load can destroy the surface coating.
With Coat Ultima, you get the perfect protection for your paint surface without impacting the environment.
Ceramic Coat Ultima:
cleaning & environmental resistant (pH 2-13)
increases the hardness and scratch resistance
car wash resistant
very high abrasion resistance
UV & temperature resistant
increases the depth of color
colorless and transparent liquid
free of silioxane, Teflon, wax, silicone
temperature & corrosion resistant
no carcinogenic additives
Important dates and information:
Particularly in the technical field, extremes are required by a coating system. On all machines wear and temperature loads occur, which can significantly reduce function and life expectancy. Not only functionality, optics and protection are important factors for surface coating, but also durability and resistance to mechanical influences.
The Ceramic Coat system is a durable, ceramic-reinforced nanoproduct that works with an optimal combination of anti-corrosion, abrasion resistance and cleanability. Ceramic Coat by servFaces is therefore the suitable coating for the highest demands. The selection of the nanoparticles significantly increases the abrasion resistance. The coatings provide excellent corrosion protection and extremely good weather resistance.
The scope of application of the non-stick and easy-to-clean coatings is as wide as the range of application. The selection of the binder plays a decisive role. Where polymers are not used due to poor temperature compatibility, a silicon-ceramic nanoproduct can offer the decisive alternative. It is one of the high-temperature systems, ie coatings which have a permanent-temperature resistance of 250 ° C. to 1100 ° C. (depending on the product) and more.
What is a nano-corrosion protection?
The term "corrosion" means electrochemical attacks by air, water, salts and chemical substances, which gradually destroy a material. Metallic materials are particularly affected. With the special nanofilling systems from servFaces the corrosion can be counteracted The Ceramic Coat Ultima coating is a passive nanocorrosion protection with a high layer thickness. It works with extremely dense and cross-linked binder systems and the use of special nanoparticles as additives from silicon and ceramics. Thus the diffusing (penetration) of water and air is delayed.
Combining the advantages of corrosion protection with a wear-resistant non-stick coating results in a final product with excellent temperature stability and an extremely long service life. Depending on the layer thickness and the desired product quality of the machined surface, various coating systems are used.
In order to ensure optimum adhesion to metallic substrates, the surface is cleanly stained or zinc-phosphated, thereby increasing the metal surface area while at the same time providing the surface with pure metal (100% oil- and grease-free). A temporary corrosion protection with non-film-forming amine active ingredients is also conceivable.
The Ceramic Coat formula offers decisive advantages:
permanent reduction of the friction resistance
resistant to high pressure
Use in the automotive & yacht & aviation sector:
After 12 hours of drying you can return the vehicles to the customer
Complete drying time at room temperature: approx. 7-9 days
a separate drying can shorten the drying by about 2-3 days
Working temperature: 8 ° C - 35 ° C
Consumption 3-10 ml / m2
during a period of two weeks,
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