A.W. Chesterton
TECHNICAL PRODUCTS
My Chesterton
 »  Home  » Products  » Technical Products  » 610HT Synthetic Lubricating Fluid
Remember    Help 
Name: 610HT Synthetic Lubricating Fluid
Type: Lubricant

Chesterton’s 610HT Synthetic Lubricating Fluid is a premium quality full synthetic lubricant designed to provide lubrication at temperatures ranging from -25°C (-15°F) to those over
270°C (520°F) where petroleum lubricants are unable to function.

Unlike petroleum based lubricants, the product will not carbonize, oxidize to a sludge or form lacquers and varnishes at high temperatures. In fact, 610HT Synthetic Lubricating Fluid has excellent solvency and will actually remove many of these byproducts caused by other petroleum base lubricants and allow equipment to run cooler and more efficiently. When operating at temperatures beyond its capability, the product will simply evaporate cleanly.


610HT Synthetic Lubricating Fluid is excellent for lubrication of equipment operating at elevated temperatures such as oven chains, motors, anti-friction bearings, paint curing and drying ovens, low loading gear boxes, ceramic ovens, oven door hinges and for low temperature applications to -25°C (-15°F) in refrigerated or winter conditions. 610HT higher viscosity, virtually dripless is recommended for chains operating continuously over 180o C (356o F)

  • Wide temperature range
  • Self cleaning
  • Virtually dripless
  • 100% synthetic
  • No residue
  • Non-carbonizing
  • Non-oxidizing
  • Low evaporation rate
  • High flash point

 

  :
Enlarge

View/Download Product Data
Note: Be sure to scroll through the entire listing,
so that you don't miss any data files.


Brochure 1
Catalog
MSDS 1
 
Tech support for TP: 610HT.
  Email Tech support for TP: 610HT.
Email
  Fax Tech support for TP: 610HT.
Fax
 

Locate Distributor forTP: 610HT.
Request PRICEDEL Sheet for: 610HT
 
MSDS Locator |  Distributor Locator |  Employment Opportunities |  Contact Us |  Privacy Policy/Terms of Use |  Legal |  Events |  Training
Copyright © 1997 - 2008 A.W. Chesterton. All rights reserved.
link