Our chemicals are utilized for processing parts in various industries, including manufacturing, aerospace, automotive, military, marine, and several other key sectors.
Due to its capacity to create a protective coating on metal surfaces through a chemical conversion process, eTCP significantly prolongs the lifespan of metal components and structures in demanding environments, such as marine or industrial settings. By preventing oxidation and degradation, eTCP ensures the long-term integrity and reliability of materials, reducing maintenance costs and enhancing operational efficiency.
Moreover, eTCP is an optimal choice for industries dedicated to minimizing their ecological impact. By eliminating the use of the known carcinogen hexavalent chromium, eTCP reduces the risk of environmental contamination and safeguards the health of workers involved in the surface treatment process, aligning with sustainability goals.
With its exceptional corrosion resistance, ability to enhance material durability, and contribution to sustainability, eTCP establishes a new standard in surface treatment, making it an invaluable asset for industries worldwide.
1. Weight Efficiency:
eTCP is a conversion coating that applies a thin layer, resulting in minimal weight gain. This is crucial for EVs where weight
savings directly impact performance and efficiency.
Epoxy and powder coatings tend to be thicker and heavier, potentially adding unnecessary weight to components.
2. Superior Corrosion Resistance:
eTCP enhances aluminum’s natural oxide layer, providing excellent protection against corrosion caused by environmental
factors and galvanic interactions.
While both epoxy and powder coatings offer corrosion resistance, they require a barrier layer to protect the bare metal beneath;
if compromised, the underlying aluminum is vulnerable.
3. Electrical Insulation and Performance:
eTCP provides low electrical resistance, reducing the risk of galvanic corrosion when aluminum is in contact with dissimilar metals. This feature also helps mitigate electromagnetic interference (EMI), improving overall performance.
Epoxy and powder coatings can provide electrical insulation but often at the cost of increased thickness, which can affect the component’s functionality.
4. Adhesion for Further Coatings:
eTCP creates an optimal surface for additional coatings or paints, ensuring superior adhesion and longevity.
While epoxy and powder coatings also adhere well, the added thickness may limit future refinishing options.
5. Environmental Impact:
Chemeon eTCP is an eco-friendly solution, offering a safer alternative to traditional coatings without sacrificing performance.
Epoxy and powder coatings may contain harmful substances and often require additional chemicals for application.
6. Versatility Across Applications:
eTCP is ideal for a wide range of applications, from automotive to aerospace, ensuring consistent quality and protection across different industries.
While epoxy and powder coatings have specific applications, their versatility may be limited in highly technical environments.
In conclusion, choosing Chemeon eTCP for aluminum protection in electric vehicles not only enhances performance and safety but also aligns with modern sustainability practices. Make the smart choice for your EV components today.
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