
“My HCl and H2SO4 applications are a real headache, they eat up everything”
Are Strong Acids Destroying Your Equipment?
ELIMINATE CORROSION
Ultramet CPT produces the most corrosion resistant metal available to eliminate corrosion from strong hot acids
Brief Overview

OUR FOCUS
Eliminate corrosion from strong hot acids & challenging environments like HCl & H2SO4.

DIFFUSION TECHNOLOGY
Our fully dense tantalum metal surface is grown into and on top of process equipment.

TANTALUM METAL
Tantalum metal’s unmatched corrosion resistance is used to manage strong hot acids & provide chemical inertness.

APPLICATIONS
Heat exchangers, rupture discs, instrumentation, pumps, valves, fittings & custom equipment.

CAPABILITIES
Ability to control thickness, hardness & roughness per your application's specific needs.

ECONOMICS
Our unmatched corrosion resistance is available at costs competitive to nickel alloys.

CULTURE OF QUALITY
Exemplary history of success in advance materials and ISO9001 certified.

MADE IN THE USA
Based in California leveraging over 40 years experience in refractory metal CVD.
How Our Technology Works
With Ultramet CPT’s technology we can protect equipment and eliminate strong acid corrosion with a tantalum surface that is diffused into the base material. Since the tantalum metal has no corrosion rate and is not consumed by most acids it will eliminate corrosion in most strong acid environments like HCl or H2SO4. Learn More.
Corrosion Elimination Products
Ultra-Metal
For Corrosion Elimination – The most effective surface to eliminate corrosion from strong hot acids like HCl or H2SO4.Ultra-Tough
For Wear & Corrosion Protection – An extremely hard & wear-resistant surface is combined with our tough tantalum diffusion alloy.Ultra-Safe
For Lethal Services – When safety is #1, Ultra-Safe utilizes a nickel alloy base providing multiple layers of protection.Ultra-Nano
For Critical Tolerances - A thin tantalum film ranging from 1-5 microns thick is produced virtually unchanging the dimensions.





























