Home
Learn More
Features & Pricing
Success Stories
Contact Us
Search Archives
PRWeb Direct
Submit Release
October 6, 2008
 
Industry Categories  
News by Country  
News by MSA  
Todays News  
Browse by Day  
PR Trackbacks™  
Featured Videos  
ViewNews™  
eBook Digests  
RSS  
PRWeb, a leader in online news and press release distribution, has been used by more than 40,000 organizations of all sizes to increase the visibility of their news, improve their search engine rankings and drive traffic to their Web site.
 
Close Move
All Press Releases for February 15, 2006 Subscribe to this News Feed     Subscribe to this Podcast Feed  
 

Instant Online Heat Transfer Fluid Comparisons

Pressure drop and heat transfer coefficient calculations on the web.

West Conshohocken, PA (PRWEB) February 15, 2006 -- In an online form, enter a temperature and flow-rates, select a heat transfer fluid or plain water, and the Paracalc™ software will instantly generate a spreadsheet reporting pressure drop, heat transfer coefficient, and Reynolds number across a range of flow rates and fluid velocities. Hit the back button, select a different fluid, and instantly see how that fluid will perform under the same conditions.

paracalcrect.jpg

On the web at www.paratherm.com/paracalc.asp is a newly updated tool for engineers and designers, and thermal-fluid system users. Paracalc Online 2.0 is a web-based live service available now.

No downloading or installation is necessary. The software will provide data on Paratherm fluids as well as water. The program has 2 modules; Module 1 provides physical property data versus temperature, and includes density, specific gravity, specific heat, thermal conductivity, viscosity and vapor pressure.

Module 2 generates a custom table reporting pressure drops, flow velocity, heat transfer coefficient and Reynolds number across a customized range of flow rates and pipe diameters. Both modules work with a comprehensive choice of units within the standards of both SI and English systems—including temperatures in Fahrenheit as well as Celsius.

The software, available online since 2001, has recently been updated to provide calculations for Paratherm’s newer heat transfer fluids. Paracalc Online will now deliver properties versus temperature, pressure drops and heat-transfer-coefficient data for seven Paratherm fluids, at temperatures as low as -100°C (Paratherm CR™ Heat Transfer Fluid) and as high as 343°C (Paratherm NF® Heat Transfer Fluid.)

For plain water, the software will deliver values for temperatures from 0°C to 315°C.

About Paratherm Corporation:
Paratherm’s Sludgebusters™ team provides advice, expertise, and analysis for thermal fluid systems and heat transfer fluids. Through their relationships with heater and equipment manufacturers, and their focused attention on the needs of customers, Paratherm engineers deliver smoothly operating systems and applications, and maximum production, to processors that choose Paratherm. Manufacturing and marketing non-toxic, high efficiency heat transfer fluids (also called thermal fluids or hot oils) since 1988, Paratherm Corporation currently has a customer base of over 3,000 users, largely in the chemical, food processing and plastics industries. The line consists of nine products performing at temperatures from -148° F to +650° F.

Contact:
Andy Andrews
Paratherm Corporation
4 Portland Road
West Conshohocken, PA
19428 USA
Phone 800-222-3611
or (610) 941-4900
fax 610-941-9191
email: info-at-paratherm.com
www.paratherm.com

# # #

Post Comment:
Trackback URL: http://www.prweb.com/pingpr.php/U3VtbS1Ib3JyLU1hZ24tU3F1YS1IYWxmLVplcm8=

Technorati Tags

Bookmark -  Del.icio.us | Digg | Furl It | Spurl | RawSugar | Simpy | Shadows | Blink It | My Web


Other Releases by this Member
OPTIONS
Printer Friendly Version
Download PDF Version
Download Reader Version
BlogThis
ShareIt

Share The News

Submit this press release easily to any of these major bookmarking and social media sites.

CONTACT INFORMATION
Andy Andrews
Paratherm Corporation
610-941-4900
Email us Here
ATTACHED FILES

Pressure Drop and Heat Transfer Coefficient Screen Capture PDF
PDF capture of data entered for water (page one), and resulting report of pressure drop and heat transfer coefficient (page two).

Properties vs. Temperature Screen Capture
PDF Capture of parameters entered to generate report of thermal properties versus temperature (page one) and resulting report (page two).

ABOUT PRESS RELEASES
If you have any questions regarding information in these press releases please contact the company listed in the press release. Please do not contact PRWeb. We will be unable to assist you with your inquiry. PRWeb disclaims any content contained in these releases. Our complete disclaimer appears here.
 
Disclaimer: If you have any questions regarding information in these press releases please contact the company listed in the press release.
Please do not contact PRWeb®. We will be unable to assist you with your inquiry.
PRWeb® disclaims any content contained in these releases. Our complete disclaimer appears here.

© Copyright 1997-2008, Vocus PRW Holdings, LLC.
Vocus, PRWeb and Publicity Wire are trademarks or registered trademarks of Vocus, Inc. or Vocus PRW Holdings, LLC.

Terms of Service | Privacy Policy | Copyright