PROATEQ™ contains a highly polar molecule that works synergistically with compressor oil to improve the performance of air conditioning and refrigeration systems by increasing the heat transfer, "Q", capability.  In an air conditioning or refrigeration system, the refrigerant flows from the compressor through the condenser and evaporator cores, which are the system's heat exchangers.  A small amount of compressor oil is carried along with the refrigerant.  This oil  deposits and forms an insulative barrier on the interior surfaces of the heat     exchangers.  This insulation inhibits heat transfer, "Q", and reduces the system's operating efficiency. 

PROATEQ™ takes advantage of the problem of compressor oil escaping out into the system.  Using a low viscosity non-particulate base oil for faster migration of polarized molecules, PROATEQ™ electrostatically bonds to the interior surfaces of the evaporator and condenser coils.  The highly polar PROATEQ™ molecule first displaces the unwanted build-up of compressor oil. 

The PROATEQ™ process then replaces the old thermally insulative layer of compressor oil with a highly thermally conductive film of PROATEQ™ one molecule thick.  The high polar charge of the PROATEQ™ molecule attracts the refrigerant to the surfaces of the heat exchangers, resulting in accelerated heat transfer, "Q".  This, in turn, reduces compressor cycle time (shorter run times and longer off times), thus reducing the energy consumed to maintain the same environmental temperature.  PROATEQ™  carries an activated polar molecule that works in harmony with presently installed lubrication to improve the performance of air conditioning and refrigeration systems by accelerating heat transfer, "Q", throughout the system.  In an air conditioning or refrigeration system the refrigerant passes from the compressor to the condenser and evaporator/cooler (heat exchangers).  A small amount of compressor oil is carried along with the refrigerant.  This oil insulates the inner surfaces of the heat exchangers, forming an insulative barrier which impedes heat transfer, "Q", and causes the equipment to operate at less than optimum efficiency.  PROATEQ™  takes advantage of the problem of compressor oil migrating out into the system.  Using a low viscosity non-particulate base oil for faster migration of polarized molecules, PROATEQ™  electrostatically bonds to and conditions the metal surfaces of the evaporator and condenser coils, displacing the build-up of compressor oil which deters heat transfer, "Q".  The PROATEQ™   process replaces the old thermally insulative layer of compressor oil with a highly thermally conductive molecular film of PROATEQ™ .  The polarity of the molecular film attracts the refrigerant to the outer walls, increasing the heat exchange.  The result is accelerated heat transfer, "Q", which reduces cycle time (shorter run times and longer off times), thus reducing the energy consumed to maintain the same environmental temperature. 

GROUP 1
R-11    Trichlorofluoromethane
R-12    Dichlorodifluoromethane
R-13B  Bromtrifluoromethane
R-22    Chlorodifluoromethane
R-113  Trichlorotrifluoroethane
R-114  Trichlorotetrafluoroethane
R-502  Chlorodifluoromethane/ Chloropentafluoroethane
R-744  Carbon Dioxide

GROUP 2
R-40    Methyl Chloride
R-717  Ammonia
R-764  Sulfur Dioxide

GROUP 3
R-290  Propane

PROATEQ™ is compatible with all of the new alternative refrigerants, including R134a.  Many of the new alternative refrigerants lack the efficiencies of the restricted refrigerants.  PROATEQ™ can help increase and maintain efficiency in systems using the new refrigerants.

PROATEQ™ is compatible with all compressor oils, without any special reformulation.  Currently, four chemical types of compressor oils are available.  They consist of mineral oil base, polyalkylene glycol (PAG),   ester base, and alkylbenzenes.  PROATEQ™ is formulated with coupling agents which effectively stabilize the molecule in all four oil types.  There is no need for special formulations with synthetic oils and no danger of high viscosity reaction products forming.