SmashArticles.com
Search For
Keywords  
  Advance Search
Smash Articles | Smash Ebooks | Smash Community | Smash Web Directory | Smash SEO Tools

Articles

Submit Your Article
Latest Articles
Popular Articles
Top Rated Articles
RSS Feed for Articles ROR Feed for Articles

Ebooks

Latest Ebooks
Popular Ebooks
Top Rated Ebooks
Authors
Cover Gallery
RSS Feed for Ebooks ROR Feed for Ebooks

Donation


Web Directory

Submit Your Website


Partner

Articles directory

Sign up for Newsletter

Email

 

Add This Article To:
Del.icio.us Digg Google Spurl
Blink Furl Y! MyWeb
Back to Business

Specialized Propylene Glycol, Ethylene Glycol, and BioGlycol for Heating and Cooling Systems


by Nancy

If you need a heat transfer fluid for your heating or cooling system, you may want to consider a propylene glycol heat transfer fluid. These fluids can also be used in HVAC systems, thermal energy storage systems, hydronic heating, solar systems, and ground source heat pumps.

Choose an inhibited Propylene Glycol
Avoid uninhibited glycols if corrosion or rust protection is a long-term concern. Uninhibited glycols can be exposed to heat and/or oxygen. This exposure will breakdown the glycol and form acids that will lower the
pH and attack the metals in your system.

Inhibitors can be added to propylene glycol to protect your system by coating the metal with a microscopic layer of film so that the glycol mixture does not come in contact with the metal, preventing corrosion.

Types of Propylene Glycol Available for Heating and Cooling Systems

Dynalene PG—Inhibited Propylene glycol is a clear, non-toxic fluid that the FDA considers “generally recognized as safe”. This inhibited propylene glycol is non-toxic, and offers superior corrosion protection. It has a low oral toxicity which allows it to be used in applications where incidental contact with food or beverage products may occur. The substance is made up of Propylene Glycol : 94.5% and Inhibitors : 5.5%. It has a reserve alkalinity (min.) of 10.6 ml and a flash point (closed cup) of 102°C (215°F), with
pH of 9.0 — 9.6. The recommended temperature ranges for a closed system are -29°C (-20°F) to 121°C (250°F).

The Prime Applications Benefits of using Dynalene PG are:
• HVAC/R
• Solar applications
• Thermal Energy Storage
• Processing Cooling/Heating
• Line Heaters
• Snow Melting
• Refrigeration Systems
• Plastic Extrusion
• Pre-mix solutions
• Custom blends
• Ability to be re-inhibited
• Proven performance
• Available throughout North America
• Cost effective
• Equivalent chemistry

Dynalene BioGlycol—Inhibited Glycol that is a non-toxic corn derived glycol, unlike propylene and ethylene which are derived from petro-based fluids. Dynalene BioGlycol®, “Nature’s First Glycol®”, is an excellent choice for today’s environmentally conscious customer. It offers greater thermal stability while possessing similar or better physical properties compared to ethylene and propylene glycol fluids. In addition, it performs better than propylene glycol, while giving it’s users an environmentally safer product than ethylene glycol fluids. This fluid is an exclusive blend using Susterra™* propanediol, manufactured by DuPont Tate & Lyle and our highly effective inhibitor package. Dynalene BioGlycol® provides a 30% lower viscosity at low
temperatures, compared to traditional petroleum derived propylene glycol.

About the Author
For more technical, health and safety information about propylene glycol or to request a Material Safety Data Sheet (MSDS), contact our Dynalene sales representative.
Reviews Be the first to review/rate this Article

Home | Articles | Ebooks | Community | Web Directory | SEO Tools | Submit Your Article | Submit Your Website
Latest Articles | Popular Articles | Top Rated Articles | RSS Feed for Articles | ROR Feed for Articles
Latest Ebooks | Popular Ebooks | Top Rated Ebooks | Ebook Authors | Cover Gallery | RSS Feed for Ebooks | ROR Feed for Ebooks
Site Map | FAQ | Privacy Policy | Disclaimer | Advertise With Us | About SmashArticles.com | Contact Us | links
Partners | Resources
 
Copyright © 2006 SmashArticles.com