Praxair Surface Technologies Videos
1 - 47 of 47 View First 9 Results
Thermal Spray Equipment & Consumables
We work directly with you to understand your operational requirements and select the best TAFA-brand thermal spray systems, powder feeders, acoustical enclosures and more that will help you reach your goals.
SermeTel Coating Process in the Power...
We can apply a wide range of slurry coatings bonded to the substrate to provide protection to critical components in the power generation industry.
Synchronizer Rings Being Coated by Wire...
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...
EBPVD Coating Process
Our EBPVD technology allows us to create high-performing thermal barrier coatings (TBCs) with fine columnar microstructures that are super tolerant to lateral strain.
How Praxair Services the Additive...
Praxair brings together high-purity atmospheric gases including argon and nitrogen with fine, spherical metal powders to meet the needs of additive manufacturing processes like no other supplier.
PST Safety Culture
Safety is a core value at PST.
Cold Spray Coating Process
Our proprietary LOXPlate™ cold spray process produces high-density low-oxygen coatings at high deposition rates and is ideally suited for restoring your worn components.
How Metal 3D Printing Works
Leading producer of metal powders for additive manufacturing, Praxair Surface Technologies, shows you how 3D metal printing works. Layer by layer. From design to modeling to printing in plastic and metal to validating the final printed product.
Oil Gas Capabilities
Advanced protective coatings that help increase productivity, improve uptime, and reduce replacement and maintenance costs.
SermeTel Coating in the Oil and Gas Industry
We can apply a wide range of slurry coatings bonded to the substrate to provide protection to critical components in the oil and gas industry.
Printing Solutions
PST Printing Solutions
PST Proud
We are 2000+ people operating in more than 30 locations around the world.
URMI App Video Tutorial
PST Printing URMI App Video Tutorial
How Metal 3D Printing Works
See how 3D metal printing works. Layer by layer. From design to modeling to printing in plastic and metal to validating the final printed product.
Slurry Coating Process
Slurry coatings can be used on any surface capable of withstanding the thermal cycle needed to cure them—from metals to ceramics to glass. Watch as slurry is sprayed via robot.
Research and Development
No matter what challenges you are facing, our team is committed to delivering the best solution. The Praxair Surface Technologies R&D team is made up of dedicated engineers and technologists who are working together towards a single goal:...
PtAl Coating Process
Platinum aluminide (PtAl) is the coating choice for many aviation gas turbine hot section airfoils.
Laser-Cladding Process Aviation
Laser cladding employs a laser beam to fuse a broad range of materials from alloys to composites containing ceramic compounds onto a substrate to protect it from conditions such as corrosion and wear.
Titanium Powders for Additive Manufacturing
Praxair Surface Technologies is making some of the largest batches of fine titanium powder for additive manufacturing in the world via its close-coupled titanium atomizer that can produce 10x the yields vs. traditional atomization.
Fluoropolymer Coating Process
Fluoropolymer coatings can protect against salt corrosion for components exposed to offshore atmospheric and subsea environments.
D-Gun Coating Process Metal Production
See our proprietary detonation gun (D-Gun) thermal spray process in action—the leading solution for parts that require extraordinary wear and mechanical properties—applying a coating to a process roll used in steel manufacturing.
HVOF Coating Process Auto
Watch Praxair’s patented wear-control coating be applied via the high-velocity oxy fuel (HVOF) process to aluminum wheels.
Laser-Cladding Process Power Generation
Watch as boiler waterwall panels are laser clad.
Wire Arc Spray Process
Molybdenum wire spray coatings are ideal for friction control on automotive components such as synchronizer rings and shifting forks.
LPPS Coating Process
LPPS is plasma spraying under low-pressure conditions. It offers all the advantages of plasma spray while delivering the inert environment to produce very dense coatings with ultra-low oxide content.
HVOF Coating Process Ball Valves
Our high-velocity oxy fuel (HVOF)-applied coatings are hard and wear-resistant to impede erosive and abrasive wear and corrosive attack, and deliver a tight seal every time to help you achieve zero leakage.
TSA Process
Eliminate corrosion on drilling and production risers and subsea piping with our specially applied thermal sprayed aluminum (TSA) coatings.
D-Gun Coating Process Aviation
Watch our proprietary detonation gun (D-Gun) thermal process—the leading solution for parts that require extraordinary mechanical and wear properties—in action as it applied a coating to an aviation engine blade.
Tribomet Process
Our Tribomet abrasive coatings allow for turbocharger nozzle designs that reduce the gap between the stator and rotor to improve fuel efficiencies.
D-Gun Coating Process Seats
See our proprietary detonation gun (D-Gun) thermal spray process in action—the leading solution for parts that require extraordinary wear and mechanical properties—applying a coating to seats used in the oil and gas industry.
TiN Coating Process
We use cathodic arc physical vapor deposition (CAPVD) to deposit titanium nitride as a monolayer or multilayer coating to precision parts.
Polishing Products Manufacturing
Bird's eye view of polishing products being manufactured.
Wear Lab
Watch as we conduct wear testing in our Indianapolis-based lab.
HVOF Coating Process Gates
Our hard surface LW-45 and GV-50H coatings applied via the high-velocity oxy fuel (HVOF) process resist corrosion, erosion, abrasion, sliding wear and galling.
HVOF Coating Process Rotors
We apply carbide coatings to progressive cavity rotors via our high-velocity oxy fuel (HVOF) thermal spray process to ensure longer-life protection and improved performance in the field.
3D Modeling Lab
In our 3D Modeling Lab we design tooling to make the coating process more cost effective and efficient.
Discovery Lab
It all starts in the Discovery Lab where we develop next-generation coatings for ultimate protection.
Corrosion Lab
Here we use a salt fog test to ensure parts used in industries such as oil and gas and power generation are protected against corrosion.
SEM Lab
Our scanning electron microscope lab (SEM Lab) enables us to see a highly magnified view of coating compositions.
Suspension Plasma Spray Process
Watch the suspension plasma spray (SPS) process in action.
Jets Rig
See the Jets Rig test in action.
High Temperature Lab
Our High-Temperature Lab simulates real-world temperatures to ensure coatings perform to specifications.
Making More Possible in Printing and...
For more than a quarter century, press manufacturers, printers and converters around the world have turned to Praxair Surface Technologies for ceramic laser-engraved anilox rolls and sleeves that fit their application and offer longer service...
Making More Possible in Power Generation
Every day a gas turbine is not generating power, you lose revenue. That's why Praxair Surface Technologies develops coatings to improve component lifespans, lower replacement costs and extend the time between service outages.
Coating Applications for the Aviation...
Here's a sampling of the components and systems that can be protected from such conditions as corrosion, high temperature and wear with a high-performance Praxair coating.
Metallurgical Lab
Each of our coating and manufacturing plants contains a Metallurgical Lab where coating samples are tested to ensure they meet customer specifications prior to going into production.
Coating Services for the Aviation Industry
From development to new product introduction (NPI) to production to repair, our performance-driven workforce can complete the full job scope for the aviation industry while delivering the desired results.
1 - 47 of 47 View First 9 Results