![Phillips 66 Diamond Class Heat Transfer Fluid C/S (32) [55.00-gal./208.20-Liter. Drum] 1073937](/images/evolubesupplyco.shop/images/product/phillips-66-diamond-class-heat-transfer-fluid-c-s-32-55-gal-208-2-liter-drum-1073937-1.jpg)
Phillips 66 Diamond Class Heat Transfer Fluid C/S (32) [55.00-gal./208.20-Liter. Drum] 1073937
Phillips 66 Diamond Class Heat Transfer Fluid C/S (32) [55.00-gal./208.20-Liter. Drum] 1073937
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MSDS |
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PDS |
Phillips 66Ā® Diamond Class Heat Transfer Fluids are premium quality fluids specifically developed for use in liquid-phase heat transfer systems. They are available in two different formulations, designated āO/Sā for use in open systems and āC/Sā for use in closed systems.
Features
- Outstanding performance in closed or open systems
- Outstanding thermal stability to minimize deposits
- Long service life
- Less waste oil disposal
- Reduced operating costs
Additional Info
| Characteristics | Heat Transfer |
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Original: $1,432.31
-65%$1,432.31
$501.31Phillips 66 Diamond Class Heat Transfer Fluid C/S (32) [55.00-gal./208.20-Liter. Drum] 1073937
|
|
|
MSDS |
|
|
|
PDS |
Phillips 66Ā® Diamond Class Heat Transfer Fluids are premium quality fluids specifically developed for use in liquid-phase heat transfer systems. They are available in two different formulations, designated āO/Sā for use in open systems and āC/Sā for use in closed systems.
Features
- Outstanding performance in closed or open systems
- Outstanding thermal stability to minimize deposits
- Long service life
- Less waste oil disposal
- Reduced operating costs
Additional Info
| Characteristics | Heat Transfer |
|---|
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
|
|
|
MSDS |
|
|
|
PDS |
Phillips 66Ā® Diamond Class Heat Transfer Fluids are premium quality fluids specifically developed for use in liquid-phase heat transfer systems. They are available in two different formulations, designated āO/Sā for use in open systems and āC/Sā for use in closed systems.
Features
- Outstanding performance in closed or open systems
- Outstanding thermal stability to minimize deposits
- Long service life
- Less waste oil disposal
- Reduced operating costs
Additional Info
| Characteristics | Heat Transfer |
|---|











