Uralac® Corres P 7684: the super-durable powder coating solution

Corrosion protection that lasts longer than current super-durable powder paints

Uralac® Corres P 7684, the latest addition to the Corres corrosion-protection portfolio, is a 96/4 super-durable polyester that delivers excellent corrosion resistance and superb durability in a single coat, with a reduced carbon footprint. It meets the coating industries growing demand for coatings with improved corrosion resistance and outdoor durability.

High-performance protection in a single coat

In just one coat, Uralac® Corres P 7684 delivers a high-gloss, super-durable coating that provides the outstanding corrosion resistance and outdoor durability required for architectural applications and agriculture, construction, and earth-moving equipment (ACE). It’s an epoxy-free system, making it more cost-effective. What’s more, Uralac® Corres P 7684 also offers non-blooming, good flow, and good storage stability – for a finish that lasts, again and again.

Shaping more sustainable coatings

Thanks to its one-layer system, Uralac® Corres P 7684 enables applicators to avoid the use of potentially harmful pre-treatment chemicals and epoxy primers. What’s more, it’s also tin-free* – providing a solution that’s good for people and the planet.

Key properties

Excellent corrosion resistance ✓
Proven excellent outdoor durability ✓
Super-durable grade ✓
Non-blooming ✓
Tin-free* ✓
Good flow ✓
Good storage stability ✓
Total curing time: 12 minutes at 180 °C ✓
* tin is not intentionally added to Uralac® P 7684

Curious to know more? Would you like to receive a sample? Contact us today!

Could we help you solve your coating challenge?

No matter what the application, substrate or technology, there’s a good chance our team can help you.

Use of cookies

We would like to use cookies to detect our users’ preferences and design the website optimally. More detailed information and instructions on how you can revoke your consent at any time are provided in our Data Privacy Declaration.

Read more