SilcoTek® coatings are uniquely tailored to solve tough material problems in a variety of industries and applications.  We offer custom coatings to solve challenging material problems for your demanding application.  At SilcoTek, we partner with each customer to ensure we deliver the best coatings in an efficient and high-quality manner.  

The SilcoTek technology is unlike any other coating you've ever experienced.  Unlike traditional dip or spray coatings, our CVD process is three-dimensional and non-line-of-sight, so even extremely complex part geometries can be uniformly treated.  The advanced coating performance is all about surface chemistry, not thickness; the coatings are extremely thin (~1µm) and will not impact design tolerances, allowing you to use your materials of choice without costly re-engineerng.

Our patented CVD coating technology can be tailored to meet your specific application, whether by sending your parts to our facility for treatment or by licensing one of our patented technologies and performing the coating process at your facility.  

 

SilcoTek® CVD coatings solve material performance problems in process, analytical, oil, gas, semiconductor, and corrosion applications. Watch our video to learn about our coating process and products.

Corrosion
Resistance
Learn how SilcoTek corrosion resistant coatings like Dursan and Silcolloy offer super alloy performance at a fraction of the price.

Semiconductor manufacturing
Emissions monitoring
Analytical flow paths
Microscope
 
Chemically Inert
Coatings
SilcoTek ultra inert coatings like SilcoNert improve test resolution, sensitivity and reliability in critical flow paths.

HPLC
GC
Sample transfer
Medical diagnostics
Automotive
 
Fouling
Resistance
Silicon coated surfaces improve coking and fouling resistance, improving efficiency and uptime.

Fuel injectors
Fuel nozzles
Probes
Heat exchangers
umbrella
 
Non Wetting
Hydrophobic
Moisture repelling coatings like Dursan prevent moisture contamination and outgassing.

UHV systems
Instrumentation
Analytical flow paths

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