The main problem in the manufacturing industry is the corrosion of metals in pipes, valves and other parts. Being a leader in the field of technology and development of anti-corrosion coatings, since 1996 has been working in the industry. We pride ourselves on our ability to respond quickly to customer needs by offering anti-corrosion coatings to solve your unique problems. An internal team of engineers and developers with more than 50 years of experience in the field of design, thanks to rigorous research and testing, has developed the latest anti-corrosion and wear-resistant coatings that will increase your productivity, making the process more economical,
Patented coatings: diamond chrome-plated (98Rc) and thin-strength chrome-plated (78Rc) provide absolute adhesion and corrosion protection equal to 440 stainless steel series. Excellent coating solutions can reduce the problems associated with severe corrosion. Due to their higher surface hardness, our corrosion-resistant coatings have a longer service life than even stainless steel. Corrosion-resistant and wear-resistant coatings allow the use of less expensive metals in contrast to the use of chromium or stainless steel, which can correlate with reliable large cost savings and at the same time increase the service life of wear? A real win-win advantage for our customers!
- 98Rc Diamond Chrome Coating (XADC) Our XADC coating offers the industrial design and engineering community an opportunity to increase the productivity of equipment and tools, as well as increase the durability of components used in a wide range of applications. From plastic injection molding tooling to cover aerospace applications that require a long service life, wear protection, corrosion protection, and friction reduction, XADC is unsurpassed in its ability to control problems associated with wear and corrosion.
- 78Rc Thin Chromed Coating (TDC) Our TDC coating is a low-temperature process on a multistage surface. Its silver satin matte chrome finish ensures the accuracy of the contours of parts and parts without the accumulation of edges or "dog bone" associated with conventional chrome plating. The addition of nano-diamond spheres to our TDC coating technology is unique to the industry. Unlike conventional hard chrome plating, our TDC coating matches exactly the details of metal tools, which results in hard (78Rc), slippery and corrosion-resistant surfaces. TDC coating provides a standard coating thickness of 0.0001 / 0.0003 inches to the surface. However, when molding, the .000050 / .0002 range is more realistic, given the tight tolerances that are industry standards, so they will not interfere with the operation of industrial equipment. Protective coatings will provide coating solutions that maintain corrosion resistance for many possible applications.
XADC and TDC coatings eliminate the formation of corrosion while reducing friction, thus avoiding equipment rupture or component failure and indirect loss of time. The corrosion potential of pitting and crevices, as well as the brittle fraction resulting from a corrosion attack, is also reduced or eliminated with the use of our corrosion-resistant and wear-resistant coatings.
The excellent XADC and TDC covers will be:
- Prevent premature fractures of parts and equipment due to corrosion fatigue.
- Protect against corrosion, which reduces the likelihood of decomposition of metal and plastic surfaces. Our coatings will modify the corrosion system to reduce corrosion damage.
- Increase the durability of parts and equipment that provide a durable solution for many industrial areas, including, but limited, rubber and plastic, nuclear, automotive, food, OEM-machines and bearings.
- Reduce or eliminate friction, which, in turn, will provide longer wear.
The hardness of the metal substrate is not a problem with coatings. As a rule, the harder the base metal becomes, the more effective the XADC and TDC coating. Our coatings can also be used on gas or ionic surfaces (with prior notice). Even using copper alloys, where hardness cannot be dramatically increased, our coatings will still provide wear resistance against abrasion without interfering with the thermal diffusion properties of copper.
* Titanium, zinc and n are not recommended for coatings.
