HTX

HTX is the latest in Parylene technology, costing significantly less than comparable dimers that are currently used by the existing Gorham process. Parylene HTX is stronger, lasts longer, and takes only a fraction of the time to apply. HTX can be applied in 30 minutes! During the application process, HTX begins as a liquid monomer and is converted into a Parylene polymer using a unique patented catalytic process.

Parylene HTX is revolutionizing the way that we think about Parylenes. They require fewer raw materials and produce a much higher yield, which equate to lower overall costs. Aside from being a more efficient and cost effective process, HTX Parylenes also are friendly on the environment, as they do not require the presence of any form of solvents.

The properties of HTX are superior to all other forms of Parylene, exceeding by a multiple the value for important properties such as strength, UV resistance, moisture protection, and dielectric strength.

Facts about Parylene HTX:

  • Parylene HTX films are optically transparent, and as chemically inert.
  • Parylene films are pin-hole free at any thickness above .025 microns.
  • Parylene HTX possesses the highest dielectric strength than any other polymer, aside from Teflon.
  • Parylene HTX remains intact, anywhere from -150 degrees to +350 degrees Celsius.
  • Parylene films are hydrophobic, resistant to salt, and will protect materials from almost all corrosive environments.
  • There are currently no known solvents or chemicals that can remove Parylene HTX after the bonding process is complete.
  • Parylene HTX is approved for Defense and Aerospace technology, making it a perfect solution for military technology.
     

Benefits of Parylene HTX:

Parylene-HTX, is the first giant leap forward in the industry in years. Available exclusively from Stratamet this a film that exceeds expectations and outperforms even the best available Parylene chemistries making competitive brands virtually obsolete.

  • Traditional Parylene is soft (<10% crystalline).  HTX has better than 70% Crystallinity.
  • Traditional Parylene is slow (10- 20 hours per batch).  HTX can be deposited in under 30 minutes.
  • Traditional Parylene is expensive.  Better throughput with HTX produces lower cost.
  • Traditional Parylene is not heat resistant (no more than 80-100 degrees C).  HTX is stable to +350 deg. C
  • Traditional Parylene is not UV-stable.  HTX has been tested for two years in direct sunlight with no detectable change.

If you're interested in utilizing Parylene HTX for your one of your products, please contact us to learn more!