SYF-1800/SYNTHETIC HIGH TEMPERATURE CHAIN LUBRICANT

Product

SYF-1800 is a high temperature lubricant which has been specially formulated with synthetic base stocks having unusually high temperature lubricating capability. Careful selection of additives result in a fluid which resists high temperature decomposition and prevents the formation of sludge or carbon normally produced by petroleum based products. This results In longer equipment life, less maintenance, better efficiency, while costly downtime is significantly reduced.

  

Application

SYF-1800 is excellent for tester frame ovens, ceramics production, bakery ovens and glass production. It is equally recommended for paint curing ovens, paper manufacturing, and plywood production and can also be used as a bearing lubricant in high temperature environments. 

Features & Benefits

·       Excellent high temperature oxidation resistance.  

·       Superior thermal stability for prolonged lubricant life.

·       Extremely low volatility/less lubricant consumption.

·       Outstanding anti-wear properties/reduced chain drag. 

·       Very low evaporation rate.


 

Thermal Stability of SYF-1800 V/S A Competitive Synthetic Chain Lubricant

 Competitive Chain Lubricants        SYF 1800

Viscosity Increase, 210o F.(98.9o C),%  +6.40                +2.59

Wt. Loss%                 -4.67                                 -0.98

·       Test samples maintained at 300 ° C. (140 ° C.) for 48 hrs.

 

Thermo gravimetric Evaluation of  SYF-1800 V/S A Competitive Synthetic Chain Oil

 

Competitive Chain Lubricant         SYF 1800

Temperature, oC (oF)@     

10% sample weight loss                                                   280 (536)                                   320 (608)

50% sample weight loss                                                   325 (617)                                   365 (689)

90% sample weight loss                                                   345 (653)                                   385 (725)

 

Test Sample temperature were increased at a rate of 10oC (50oF)/min. in a nitrogen atmosphere.


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