E-Coat Top Coat

Our e-coat/topcoat process is the most advanced of its kind, making our company stand out from the rest. Nearly all components, regardless of complexity, can be finished through a single conveyor system. To guarantee our customers receive a long-lasting and top-grade finish, we offer both e-coating and top coating.

Here at Schuette Metals, we strive for excellence when delivering a superior finish to our customers. Combining both e-coating and powder coating processes, we create a product of the highest quality that will last for many years. This commitment to excellence has made us a leading metal finisher in the industry.

We achieve a uniform and even coat using our e-coating process, which is beneficial in providing additional protection and increasing the longevity of the top coat. The even surface of the e-coat makes it easier to maintain and repair. It also adds an extra layer of protection against wear and tear and harsh environmental conditions.

Metal entering Schuette Metals' e-coat bathE-coating effectively protects surfaces from environmental damage while also providing a simple way to repair any damage that may occur. By using both an e-coat and a topcoat, you can ensure your components receive maximum protection. The e-coating process is much quicker than traditional methods, making it a great economical option.

In recent years, e-coating has become a highly sought-after technique because of its multiple benefits. Not only does it provide durable protection, but it is also simpler to maintain and repair. With its application ease, effectiveness, and budget-friendly cost, e-coating is ideal for those searching for a dependable, long-lasting finish that won't break the bank.

The most effective way to appreciate the effect of e-coating is to compare it to the same part without the e-coat. The images below show this; using the slider feature, one can observe how the e-coat/topcoat boosts the endurance of a finish, as well as safeguarding the component from rust and other forms of deterioration.

This technique prevents corrosion and provides a resilient finish that lasts a long time and maintains its attractive appearance.

powder coating applied to components after they've been e-coated at Schuette MetalsE-coating offers a lasting finish and helps you save money and time. Compared to traditional painting processes, with many steps and longer lead times, e-coating is relatively straightforward - applying a coat to all surfaces using a single conveyor.

The cost-effectiveness of e-coating is unparalleled; compared to conventional painting techniques, it's much less expensive yet still provides the same amount of protection and aesthetic beauty.

Our finishing process gives us an undeniable competitive edge over many competitors. Schuette Metals is proud to offer our customers a high-quality, durable finish that will last for years. Our unique e-coating process thoroughly protects all components from corrosion.

Schuette Metals uses the newest tools and processes to ensure that the e-coat/top coat is accurate, ensuring that the product is dependable and cost-efficient. Our dynamic contour detection system offers a finish that conforms to all industry regulations, giving you confidence that a robust guarantee is protecting your parts.

Before completion, our team of experts examines every component to ensure it attains our top-quality standards. We are confident in our services and will do all that we can to meet your expectations. If you want your parts preserved and a finish that will last, reach out to us now!

The following images show the difference in the results of corrosion resistance testing done over 500 hours, 1000 hours, and 15,000 hours for samples with and without e-coat.

Results of 500 Hours of a salt spray test on perforations that was e-coated Results of 500 Hours of a salt spray test on perforations that wasn't e-coated
Results of 1,000 Hours of a salt spray test on perforations that was e-coated Results of 1,000 Hours of a salt spray test on perforations that wasn't e-coated
Results of 1,500 Hours of a salt spray test on perforations that was e-coated Results of 1,500 Hours of a salt spray test on perforations that wasn't e-coated