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High Temperature Chain Oil DEPA.K400 from China Suppliers & Factory – Reduce Consumption & Improve Performance
Notes
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Clean the chain thoroughly before changeover to CHP for maximum benefits.
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DEPA.K400 should not be used around parts containing polycarbonates as it can have a softening effect. Under no circumstances should it be used where neoprene seals are present.
Typical Data
| Test | Unit | Typical |
|---|---|---|
| Density @20℃ | g/cm3 | 1.02 |
| Viscosity @40℃ | CSt | 458.5 |
| Open flash point | ℃ | ≥280 |
| Colour | / | Yellow transparent |
While the information and figures given here are typical of current production and confirm to specification, minor variations may occur. No warranty expressed or implied is given concerning the accuracy of the information or the suitability of the products.
Frequently Asked Questions
Q
Why is it important to clean the chain before switching to CHP?
Cleaning the chain thoroughly before changeover removes residual contaminants and old lubricant that could interfere with CHP's performance. A clean surface allows CHP to penetrate and adhere properly, ensuring maximum lubrication benefits and extending chain life.
Q
Can DEPA.K400 be used with polycarbonate components?
No. DEPA.K400 should not be used around parts containing polycarbonates. It can have a softening effect on polycarbonate materials, which may compromise the structural integrity of those components.
Q
Is DEPA.K400 compatible with neoprene seals?
No. Under no circumstances should DEPA.K400 be used where neoprene seals are present. Contact with neoprene seals can cause degradation or failure of the seals, potentially leading to leaks or equipment damage.
Q
What is the viscosity of DEPA.K400 at 40℃?
The typical viscosity of DEPA.K400 at 40℃ is 458.5 CSt. This relatively high viscosity ensures a durable lubricating film under demanding operating conditions.
Q
What is the open flash point of DEPA.K400?
The open flash point of DEPA.K400 is ≥280℃, indicating a high level of thermal stability and making it suitable for use in elevated-temperature environments where fire safety is a concern.
Q
Are the typical data values guaranteed for every batch of DEPA.K400?
The typical data values represent current production standards and conform to specification, but minor variations may occur between batches. No express or implied warranty is given regarding the absolute accuracy of these figures or the suitability of the product for any specific application.






