Welcome Guest to Coatings World    Login || Register
Last Updated Saturday, March 28 2015

Carbodeon NanoDiamonds PTFE Coating Doubles Surface Durability and Reduces Friction

Published March 5, 2014
Related Searches: PTFE
Surface coatings specialist Carbodeon has released a new PTFE/NanoDiamond coating with twice the durability and up to 66 percent less friction than current products. The new coating has huge potential to cost-effectively reduce CO2 output and fuel demand, as well as to improve equipment lifespan, in fields such as the automotive, aerospace and industrial machinery industries.

NanoDiamond particles are hardwearing, small, and offer very low surface friction.  Carbodeon has developed a liquid dispersion of 4-6nm NanoDiamond particles with surface chemistry that has been specially created to integrate the particles with PTFE molecules without the use of additional surfactants.  The new dispersion, called uDiamond® Vox D, is the latest addition to Carbodeon’s range of NanoDiamond materials.

The improvements in durability and friction come in part because of the properties of the diamond material that the particles are composed of, but equally important are the changes to the overall coating structure caused by the presence of the particles themselves.  The use of hard particles to improve the durability of coatings is well known, but the combination of small size and surface functionalization in the uDiamond® Vox D coating means that Carbodeon’s particles are interfaced with PTFE molecules in a fundamentally different way.

Formulation of the coatings is straightforward – the uDiamond® Vox D is supplied as an aqueous or solvent based dispersion ready for direct mixing into a PTFE coating, followed by application by spray or screen printing with little or no change to the process parameters.

Carbodeon CTO Vesa Myllymäki said: “We have been developing this application over a number of years, starting with traditional NanoDiamond materials. Since developing our portfolio of functionalized, dispersed NanoDiamonds though we have been able to improve the performance while reducing the required NanoDiamond concentration to extremely low levels, making the applications very economical.

“This is a breakthrough improvement in fluoropolymer friction and durability and we expect to find many applications in the automotive, aerospace and industrial sectors.  We have been taking inquiries from parties looking to use coatings with these kind of improvements before we have even announced this product.”

Gavin Farmer, Carbodeon’s Business Development manager, also commented: “I’m really excited about this, and I see huge opportunities.  In automotive powertrains alone, the fuel and CO2 savings through friction reduction will make a real difference – and this is just what the industry is demanding as it comes under pressure from governments around the world to achieve these improvements.”

blog comments powered by Disqus

Receive free Coatings World emails
Sign up now to receive the weekly newsletter, and more!

Enter your email address:
Company Spotlight
Siltech Corporation
225 Wicksteed Avenue
Toronto, ON, M4H 1G5
View Profile
BASF Corporation
100 Campus Drive
Florham Park, NJ, 07932
View Profile
Sunin Machine Co., Ltd.
No.96, Chiao Ho Rd ,Chungho Dist
New Taipei City, Taiwan , 235
Taiwan Roc
View Profile
18F, No.85, Sec. 1, Chung-Shiao E. Rd.
Taipei, Taiwan, 100
View Profile
AZ Electronic Materials Co., Ltd.
No. 458-6, Sinsing Road Hu Kou Township Hsinchu Country 303, Taiwan
Hsinchu Country, Taiwan, 303
View Profile
Shamrock Technologies, Inc.
Foot of Pacific Street
Newark, NJ, 07114
View Profile
Micro Powders, Inc.
580 White Plains Rd.
Tarrytown, NY, 10591
View Profile
Lubrizol Advanced Materials, Inc.
9911 Brecksville Road
Cleveland, OH, 44141
View Profile
Houchi Chemical Co., Ltd
No.56, Fu Chow Street
Taipei, Taipei, 100
View Profile
Follow Coatings World On