We have hundreds of standard coating solutions. But at Praxair Surface Technologies, we don’t force standard options. If we don’t have the right solution for your operations, we’ll develop it.
Preparing your surface before coating and optimizing it after application are just as important as choosing the right formulation. See the supplemental services we offer to help you get the most from your coatings.
Every day we work towards operational excellence, using proven tools and techniques to continually improve our processes and achieve superior quality control.
Innovation is in our genes, and we invest our time, talent and resources into developing next-generation solutions that take your business further.
We’ve worked with customers all over the world and in many different industries. Read their success stories to learn the benefits of partnering with us.
We’re working towards a single vision: to be the best-performing surface technologies company in the world.
We invest our time and effort to find the right people to work together and make the best decisions for our company.
See how learning to control acetylene detonations led to creation of one of the best surface technologies companies in the world.
Review various documentation by country.
If you’re looking to take on new, challenging and meaningful opportunities, look no further than Praxair.
We are a wholly owned subsidiary of Praxair, Inc., one of the largest industrial gas companies in the world.
+1 317 240 2500
Hours: 8:00 am - 4:00 pm (EST)
Find a location near you
Send a question or comment
Wire arc spray is used in a variety of situations from high-volume, low-cost applications to high-quality coatings as an alternative to plasma spray. Here you'll see synchronizer rings used in the automotive industry being coated with automated wire arc spray.
Watch Praxair’s patented wear-control coating be applied via the high-velocity oxy fuel (HVOF) process to aluminum wheels.
We meet the following specifications: PS423, FI-1199, SPEC 423, U-1309
We meet Cummins specification E4-03-012