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(KODEST)Composition of temperature control system

(KODEST)Composition of temperature control system

The temperature control system mainly consists of the following parts:
1.Heat exchanger (made of stainless steel);
2.Cooling (hot) water circulation system;
3.Refrigerator (heating equipment);
4.Temperature sensing probe;
5.Heat sink (air-cooled);
6.Cooling tower (water-cooled)

The actuator's selection is dictated by the application's power requirements and the temperature range. Solid-state relays or contactors might be used to control the power supplied to the heating element.
Chillers can generally be divided into water-cooled and air-cooled types according to their refrigeration forms. Technically, water-cooled chillers have an energy efficiency ratio 300 to 500 kcal/h higher than air-cooled chillers; In terms of price, water cooling is much lower than air cooling; In installation, water cooling needs to be incorporated into the cooling tower before it can be used, while air cooling is movable and does not require any other assistance
dgkede
2025-08-29
KODEST Tricycle Coating

KODEST Tricycle Coating

Construction technology: The construction parameters of the tank solution are relatively stable, and the requirements for on-site construction processes, parameters, etc. should be stable.

Environmental requirements: free of heavy metals, minimal VOC emissions, minimal heating reduction, low solvent content.

Product characteristics: Good corrosion resistance, meeting the high anti-corrosion requirements of metal workpieces.

High permeability: improves the uniformity of coating on different parts of the workpiece, especially ensuring uniform coating on the inner cavity of the workpiece.


dgkede
2025-08-27
(kodest)Testing method for bacterial test strips of ED coatings

(kodest)Testing method for bacterial test strips of ED coatings

Bacterial test strips can be used to detect bacteria in the entire coating production system at any time. Using bacterial test strips to detect bacterial content does not require preparation time and can be tested at any time to quickly obtain results: bacteria (24-48 hours); Mold and yeast (72 hours). No need to conduct additional microbiological experiments, thus saving time and costs. 

The detection results are accurate and reliable, which can provide timely and effective monitoring of the bacterial content in the electrophoresis paint tank solution and provide a basis for taking sterilization measures. Bacterial test strips can also be used to monitor other systems on the coating line, such as anode systems, water flushing systems, etc. Using bacterial test strips is easy to operate, even people without microbiology training can operate them.

dgkede
2025-08-25
Kodest Electrophoretic Coating Superior Paint Protection

Kodest Electrophoretic Coating Superior Paint Protection

Keeping your car paint safe is a significant part of ensuring your vehicle retains its value and looks its best. While this is visually appealing, the basic paint jobs do not have the high-level of protective technologies. Introducing the Kodest Electrophoretic Coating, a paint protection system that exceeds what traditional systems can achieve. Offering unrivaled strength and corrosion resistance greater than that of normal paint, this new-age technology is an incredible upgrade in vehicle protection. Indeed, this series of articles explains the various benefits of Kodest Electrophoretic Coating with our application process, durability and enhanced paint protection. What Happens Under the Electrophoretic Coating
Commonly referred to as E-coat, Kodest Electrophoretic Coating is an electrochemical process by which a thin, uniform layer of paint is deposited onto a substrate, most often the bare metal of a vehicle's chassis or body panels. E-coating differs from traditional spray painting that works by the mechanical adhesion of paint particles. Since the workpiece is also electrically charged — with the opposite pole — the paint particles are drawn to it, producing a perfect and even coat, even where the paint cannot reach. This treament crate assures thus providing a life-long protection against enivornamental number of factors and corrsion beyr it with an adhesion and penetration into thare crevices and seams.
Each application is controlled so that a consistent quality finish is guaranteed. It is this consistency that is necessary for obtaining the best protection, without weak points that will be able to break the integrity of coating. It seems small, but a thin molecular layer provides remarkable coverage and gets into microscopic crevices in the metal surface, making it an impenetrable boundary to the elements. The evenly applied material reduces the risk of pinholes or uneven application commonly associated with traditional spray painting, thus resulting in improved longevity and performance.
Ultimate Protection against Corrosion
Initial experts point to one of the largest benefits of Kodest Electrophoretic Coating is its corrosion resistance. Since the paint was deposited electrically, it is a continuous, very tightly bonded layer, which will keep moisture and oxygen away from the metallic surface underneath. It provides a near-impenetrable shield that helps to mitigate rust and other corrosion, prolonging the life of the sheet metal and structural components of the vehicle. This is a lot more significant in extreme environments where high humidity, salt spray, or other corrosive agents are common.
The better adhesion of E-coating also adds to its higher corrosion resistance. In contrast with traditional paint, which chips or peels and exposes the metal, the E-coating sticks to the metal even when pushed hard. It bonds tightly enough that even if the outer paint layers become scratched or damaged, they remain protected. This in turn means longer vehicle life and fewer bills for rust repair and replacement.
Improved Durability and Lifespan
In addition to high corrosion protection, Kodest Electrophoretic Coating has high durability. This uniform layer protects against chipping, cracking and peeling in ways that conventional paint systems cannot. This longer-lasting protection is due to the formation of a mechanical and chemical bond between the paint and the substrate during the electrochemical bonding process.
The permanence of Kodest Electrophoretic Coating also means that you save money in the long term. This helps to significantly cut maintenance costs since it minimizes the frequency for repainting or touch-ups. This sturdiness comes especially handy for applications that involve a vehicle used under strenuous conditions, temperate areas, or extreme operational scenarios. You will recoup this initial investment with a longer-lasting vehicle, after all WEE-2 is more corrosion resistant, therefore less will go into the repair shop.
Environmental Benefits
Kodest Electrophoretic Coating is also a very environmentally friendly process. The process itself is more efficient than spray painting, generating less paint waste and emitting less volatile organic compounds (VOCs). This leads to cleaner and healthier manufacturing within the context of sustainable manufacturing practices.
Additionally, E-coating improves corrosion resistance, resulting in an even lower requirement for repairs or replacement of damaged equipment and components, reducing its effects on the environment. A longer lifespan for cars that have been coated with E-coating means less overall vehicle production and disposal and creates a more sustainable car industry.
Conclusion
Kodest Electrophoretic Coating is Coating for Paint Protection The corrosion resistance, durability, and environmentally-friendly method of application all make it an attractive option for vehicle owners looking for protection that lasts. When you invest in this premium-grade paint protection system, you are investing not only in the visual appearance of your car but in the fundamentals of your cars build and lifespan, making a sound investment for the value now and in the future.
dgkede
2025-08-22

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