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CP6400
CP6400 is universal type engine oil package blended by various kinds of additives, such as high quality detergent, dispersant, antioxidant and corrosion inhibitor etc. The oil blended with CP6400 has excellent soot dispersity, high temperature detergency and well oxygen resistance, abrasion resistance, corrosion resistance, with different dose in appropriate base oil, it can meet the performance requirements of multiple grade oil.

CP6400 Universal Type Engine Oil Package

 Product Introduction

CP6400 is universal type engine oil package blended by various kinds of additives, such as high quality detergent, dispersant, antioxidant and corrosion inhibitor etc. The oil blended with CP6400 has excellent soot dispersity, high temperature detergency and well oxygen resistance, abrasion resistance, corrosion resistance, with different dose in appropriate base oil, it can meet the performance requirements of multiple grade oil.

 

 Recommended Dosage

API Performance Level

Treating Rate (mass%)

API Performance Level

Treating Rate (mass%)

SJ

5.8%

CD/SD

2.80%

CF-4/SG

5.6%

SD/CC

2.70%

SG/CD

4.9%

SC/CC

2.50%

CF/SF

4.20%

SB/CB

1.60%

SF/CD

3.50%

CD

2.6% (Single Grade)

 

 Product Quality Characteristics & Test Method

Item

Typical Value

Test Method

Appearance

Red-brown viscous liquid

Visual Inspection

Density (20℃), kg/m3

1046

ASTM D4052

Kinematic Viscosity (100℃), mm²/s

90

ASTM D445

Flash Point (COC), ℃

≥180

ASTM D92

Total Base Number, mgKOH/g

162

ASTM D2896

Zn Content, m%

1.9

ASTM D4951

Ca Content, m%

5.4

ASTM D4951

 

 Product Storage/Handling/Transportation/Package

The storage temperature should not exceed 50℃, the loading/unloading and blending temperature should not exceed 60℃.

It is not flammable, not explosive, not corrosive, in the items of safety, environment protection, use, etc, it is same as normal petroleum product, with no special protection. Product package: The product is packed with 200 liter iron drum or according to user’s requirement. Specific weight of delivery is subject to the actual filling weight.