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RENISO SYNTH 68 is based on polyalphaolefins (PAO) with excellent chemical and thermal stability. It was developed especially for applications where ammonia is used as refrigerant. RENISO SYNTH 68 has a better lifetime compared to mineral oil-based refrigeration oils, lower evaporating losses due to the synthetic components, and an excellent low temperature flowability. High viscosity index, good viscosity-temperature behaviour, extremely low pourpoint, high flashpoint, good lubricity.

Specification DIN 51 503-1: KAA
Approvals RENISO SYNTH 68 is approved according to NSF H1 (USA 2005).
Recommendations Recommended instead of mineral oil-based or alkylbenzene-based products especially in highly stressed ammonia applications and/or for deep evaporating temperatures.
Viscosity Grades ISO VG 68

Product Product information
RENISO TES 100 Refrigeration oil RENISO TES 100 is developed using...
Specification
DIN 51 503 KC
Recommendations
Recommended for use in CFC turbo-compressors.
Viscosity Grades
ISO VG 100
RENISO K-Series RENISO K refrigeration oils are highly refined, naphthenic...
Specification
DIN 51503 KAA (non-miscible with ammonia), KC and KE.
Approvals
RENISO KC 68 is NSF H2 registered.
Recommendations
RENISO KM 32, KS 46, KC 68 is recommended for use with ammonia (R717) and CFC/HCFC systems in open, semi-hermetic and hermetic compressors. RENISO KES 100 is recommended for use in CFC / HCFC systems, especially when high evaporation and condensation temperatures can occur, as e.g. in bus and vehicle air conditioning systems.
Viscosity Grades
ISO VG 32, ISO VG 46, ISO VG 68, ISO VG 100
Series
RENISO KM 32, RENISO KS 46, RENISO KC 68, RENISO KES 100
RENISO WF series Special, highly-refined, mineral oil-based refrigeration...
Specification
DIN 51503 KE
Viscosity Grades
ISO VG 5, ISO VG 7, ISO VG 10, ISO VG 15
Series
RENISO WF 5 A, RENISO WF 7 A, RENISO WF 10 A, RENISO WF 15 A
RENISO S/SP series The RENISO S/SP series are fully synthetic, alkyl benzene...
Specification
DIN 51 503: KC and KE (RENISO SP), DIN 51 503: KAA, KC, and KE (RENISO S)
Recommendations
RENISO S/SP oils are recommended whenever other refrigeration oils provide insufficient protection against wear. RENISO SP 220-for screw compressors. RENISO S 68- for NH3 and R22. RENISO SP 32 / SP 46 / SP 100- for reciprocating piston compressors
Viscosity Grades
ISO VG 32, ISO VG 46, ISO VG 68, ISO VG 100, ISO VG 220
Series
RENISO SP 32, RENISO SP 46, RENISO S 68, RENISO SP 100, RENISO SP 220
RENISO SYNTH 68 RENISO SYNTH 68 is based on polyalphaolefins (PAO)...
Specification
DIN 51 503-1: KAA
Approvals
RENISO SYNTH 68 is approved according to NSF H1 (USA 2005).
Recommendations
Recommended instead of mineral oil-based or alkylbenzene-based products especially in highly stressed ammonia applications and/or for deep evaporating temperatures.
Viscosity Grades
ISO VG 68
RENISO UltraCool 68 RENISO UltraCool 68 is used for ammonia refrigeration...
Specification
DIN 51503 KAA (non-miscible with ammonia)

Approvals
RENISO UltraCool 68 is NSF H2 registered.
Viscosity Grades
ISO VG 68
RENISO TRITON SE/SEZ series The refrigeration oils of the RENISO TRITON SE/SEZ...
Specification
ISO VG 32, ISO VG 55, DIN 51503-1: KC; KD; KE.
NSF H2
Approvals
Approved by leading compressor manufacturers.
Recommendations
RENISO TRITON SE/SEZ should be in contact with ambient air only for a short time. When opened, the content should be used up in short time. Recommended for hermetical, semi hermetical and open piston compressors and for screw-type and turbo-compressors depending on the viscosity.
Viscosity Grades
ISO VG 22, ISO VG 32, ISO VG 68, ISO VG 80, ISO VG 100, ISO VG 170, ISO VG 220, ISO VG 320
Series
RENISO TRITON SEZ 22, RENISO TRITON SEZ 32, RENISO TRITON SE 55, RENISO TRITON SEZ 68, RENISO TRITON SEZ 80, RENISO TRITON SEZ 100, RENISO TRITON SE 170, RENISO TRITON SEZ 220, RENISO TRITON SEZ 320
RENISO PG 68/GL 68 Fully-synthetic, polyalkylene glycol (PAG) based, ammonia...
Specification
DIN 51503 KAB (miscible with ammonia) and KE.
Recommendations
PAG oils are not compatible /miscible PAG oils are hygroscopic. Avoid any contamination with water. Recommended to use steel materials (eg. for the valves).
Viscosity Grades
ISO VG 68
RENISO PAG 220 C Synthetic, high-viscous refrigeration oil based on...
Viscosity Grades
ISO VG 220
RENISO PAG 46/100 Fully-synthetic, polyalkylene glycol (PAG) based refrigeration...
Specification
DIN 51503 KAB (miscible with ammonia), KD and KE.
Recommendations
Always keep containers tightly sealed, use nitrogen to cover the refrigeration oil and store drums in dry, air conditioned rooms.
Viscosity Grades
ISO VG 46, ISO VG 100
Series
RENISO PAG 46, RENISO PAG 100
RENISO C Series Special, synthetic polyolester (POE) based refrigeration...
Specification
DIN 51503 KB, NSF H2
Approvals
Approved by leading compressor manufacturers: BITZER, GEA BOCK, GEA GRASSO, DORIN, JCI, MAYEKAWA, and others.
Series
RENISO C 55 E, RENISO C 85 E, RENISO C 120 E, RENISO C 170 E
RENISO ACC 68 RENISO ACC 68 is a fully synthetic refrigeration oil...
Viscosity Grades
ISO VG 68
RENISO PAG 1234 RENISO PAG 1234 is based on special double endcapped...
Specification
DIN 51503 KD
Recommendations
PAG based lubricants are hygroscopic, so always keep the container tightly sealed, use nitrogen to cover the refrigeration oil and store containers in dry places.
Viscosity Grades
ISO VG 46
RENISO WF Series Special, highly-refined, mineral oil based refrigeration...
Specification
DIN 51503 KE
Viscosity Grades
ISO VG 5, ISO VG 7, ISO VG 10, ISO VG 15
Series
RENISO WF 5 A, RENISO WF 7 A, RENISO WF 10 A, RENISO WF 15 A
RENISO ACC 46 Synthetic PAG refrigeration oil for use in mobile A/C...
Specification
DIN 51503 KB
Recommendations
Recommended for use in subcritical and transcritical CO2 systems.
Viscosity Grades
ISO VG 46
RENISO LPG 100 Synthetic gas compressor oils based on polyalkylene...
Specification
RENOLIN LGP 100 and LPG 185 are characterized by a low solubility of hydrocarbon gases in the oil. Due to the use of special PAG base oils, the dilution of the lubricant in operation (drop in viscosity) is minimized.





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