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High Temperature Coatings

Protect Equipment and Improve Reliabilty 

Maintain Process Performance and Stability Even at High Temperatures

SilcoTek® offers CVD coating solutions engineered for demanding high temperature environments. Our coatings help components withstand elevated temperatures while resisting oxidation, corrosion, chemical attack, and fouling that can reduce performance and shorten equipment life. Get the right coating solution for your application and operating conditions.
 
SilcoTek's coating process bonds a thin, uniform barrier to the surface of stainless steel and other alloys. Unlike conventional coatings that can chip or flake, SilcoTek coatings become part of the surface, providing long-lasting protection and reliable performance in applications where high heat is an ongoing challenge. 
fire

High Temperature Stability

The Silcolloy® 2000 process allows customers to experience high-temperature stability in their applications. The amorphous silicon layer avoids oxidation at high temperatures to improve and prolong performance. 

  • Better coating adhesion and performance at high temperatures 
  • Excellent thermal stability 
  • Prevents oxidation at elevated temperatures 
  • Helps maintain clean surfaces in semiconductor, energy, and chemical processing equipment 
See The Data

Uncoated vs. Silcolloy 2000-coated 316L SS coupons were thermally exposed to 600, 700, and 800°C for 6 hours in air first, followed by coating strip to reveal the SS substrate. The oxygen content listed under each sample was obtained via EDS analysis; BDL stands for "below detection limit" which is 0.1% for the EDS analysis. The SL2000-coating SS maintained its original silver sheen whereas the uncoated SS oxidized heavily, highlighting the exceptional oxidation resistance of SL2000.

oxidation resistance sl2k
space ship

High Temperature Performance

SilcoTek's coatings increase performance in high-temperature environments. Using our coatings you can expect: 

  • Maintains consistent process performance at elevated temperatures
  • Improves equipment reliability in demanding thermal environments
  • Reduces oxidation-related process variability
  • Helps minimize fouling and carbon buildup
  • Preserves corrosion resistance during high temperature operation
  • Extends service life of critical components
  • Reduces downtime caused by heat related surface degradation
See The Data
Additively manufactured (AM) parts shown with Silcolloy 2000 coating on them.
Additively Manufactured SL2K

Uncoated AM tubes from an anti-coking study by the University of Illinois, showing clear signs of fouling and oxidation on the "tested" part of these tubes. *

* Images courtesy of the University of Illinois, Urbana-Champaign.

Uncoated tubes from U. Ill. anti-coking study showing fouling and oxidation

SilcoTek coatings extend the performance and lifetime of stainless steel in a variety of acidic and alkaline conditions. Every high temperature application is different, so we partner with each customer to provide coated samples and prototype coatings so you can see the performance for yourself. We have thousands of successful experiences solving problems with our coatings. Contact our team to discuss your application!

 

Contact Our Coating Experts

Related Resources

Data Sheets and Brochures

Silcolloy® 2000 Data Sheet

Data Sheets and Brochures

Silcolloy® 1000 Data Sheet

Videos and Webinars

SilcoTalk: How CVD Coatings Improve Jet Fuel Oxidation in Additively Manufactured Parts with Dr. Min Yuan

Technical Publications

Deposition from High Temperature Jet Fuels

Technical Publications

Presentation: High Heat Sink Fuels Program

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