Lubricants

Product Details:

PAG 68 for CO2 offers a better miscibility  in a wide range of concentrations and temperatures.PAG 68 for CO has a reduced hygroscopicity (if compared to normal PAG, which is unprotected to hydroxyl and used with other refrigerants).

This oil also has high chemical stability, thermal and hydrolysis resistance

Additional Information:

• Item Code: PAG68forCO2

Product Details:

PAG lubricants have been developed for automotive applications, specially with the use of R1234yf refrigerant gas.
Errecom PAG oils are a mixture of polyalkylene glycols and additives specially formulated to achieve a better lubricity, chemical and thermal stability as well as an excellent anti-wear protection of the AC/R system components.

Additional Information:

• Item Code: PAG100R-1234yf
• Delivery Time: 6-7 Days

Product Details:

POEs are synthetic lubricants with high chemical and thermal stability.
Due to their good miscibility with refrigerants are the best choice for applications with HFC / FC R134a, R404A, R407C

Additional Information:

• Item Code: POE100E

Product Details:

POE 68 synthetic lubricant by B P Refcool is composed by a mix of polyol esters and additives which have been specifically formulated for a better lubrication, chemical and thermal stability and an excellent antiwear protection of all the AC&R system components.
It is suggested a dosage as close as possible tothe quantity needed. It is recommended toquickly close the container and keep it in a cooland dry place in order to avoid the formation ofmoisture. Keep the product between -40°C and+60°C. Do not expose to sunlight

Additional Information:

• Delivery Time: 1 WEEK
• Packaging Details: SALIENT FEATURES ▪ Hydrolytic stability ▪ High compatibility with the materials of all kind of systems, both new and old ones ▪ Excellent properties at low temperature ▪ Electrical isolation ▪ Low toxicity and high biodegradability level ▪ Reduced hygroscopicity and anti-humidity additive ▪ High thermalstability to oxidation ▪ High solubility performances with refrigerants ▪ Optimal miscibility with refrigerants