1 2 3 space
BVA Logo 5 6 7 space
BVA Inc. 9 space
13 space
Specialty Lubricant Marketing and Development space
16 www.bvaoils.com space
About BVA 20 Contact 22 What's New 24 Packaging 26 Export 28 Home space
space
32 space
space space space space space space space space space space space space space space space space space space space space
s
s
s
s
s
s
s
s
s
Products by Category
36
Automotive
Refrigeration
Citrus
Agriculture
Solvents
miscellaneous
Mosquito Control
Material Safety Data Sheets
BVAdvanced Synthetic Lubricants
 
 
   
 

Auto A/C Lubricants
spacer

BVA RPAG - 46 (Low Viscosity) Polyalkylene glycol developed for use in automotive systems using a low viscosity PAG in the presence of R-134A. Not for use in General Motors compressors.

BVA RPAG - 100 (Medium Viscosity) Polyalkylene glycol developed for use as a universal pag for auto systems using R-134A. This pag is compatible with most other pags available on the market.

BVA RPAG - 125 (GM Part # 9985752) Polyalkylene glycol developed for use as an after-market service lubricant for mobile air conditioning compressors manufactured by Delphi Harrison Thermal Systems.

Automotive Sub Categories

auto


BVA RPAG-150 (High Viscosity) Polyalkylene glycol developed for use in automotive compressors requiring a high viscosity polyalkylene glycol lubricant when HFC-134A is used. Specifically developed for use in General Motors compressors.

BVA AUTO 100 (100 cSt Viscosity) Polyolester developed for use when retrofitting an automotive compressor from R-12 to R-134A. Ease of use and compatibility with mineral oils makes the retrofit much easier.

BVM 100N - (525 SUS Viscosity) Mineral oil developed for use in General Motors automotive air-conditioning systems. Soon became the industry standard for all automotive manufacturers. BVM 100N is for use in automotive systems using R-12 refrigerants. Not for use with MP-52 or R-134A.

 

If you would like to email us please send email to Customer Service at info@bvaoils.com


s
s
s
s
s
s
s
s
 
 
 
s
 
s
s
 
 
 
 
s s s s s s s s s s s s s s