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Additive Component
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Engine Oil Additive Package
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SR-3055 API CF-4/SJ Universal engine oil additive Package
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SR-3066 API SL Gasoline Engine Oil Additive Package
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SR-3088 API SN/SM Gasoline Engine Oil Additive Package
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SR-3155 API CC/CD Diesel Engine Oil Additive Package
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SR-3166 API CF-4 Diesel Engine Oil Additive Package
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SR-3188 API CH-4/CI-4 Diesel Engine Oil Additive Package
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SR-3355 Two-stroke Motorcycle Oil Package
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SR-3366 Four-stroke Motorcycle Oil Package
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SR-3466 Railway Locomotive Oil Additive Package
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SR-3555 Marine Cylinder Oil Additive Package
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SR-3566 Crankcase Oil Additive Package
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SR-3588 Marine 4030 Medium-speed Trunk Piston Engine Oil Additive Package
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SR-3755 Dual Fuel Engine Oil Additive Package
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SR-3766 Natural Gas Engine Oil Additive Package
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Gear Oil Additive Package
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Hydraulic Oil Additive Package
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SR-5011 Ashless Antiwear Hydraulic Oil Additive Package
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SR-5022 Zinciferous Antiwear Hydraulic Oil Additive Package
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SR-5033 Low Zinciferous Antiwear Hydraulic Oil Additive Package
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SR-5055 Shock Absorber Oil Additive Package
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SR-5066 Hydraulic Transmission Oil Additive Package
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SR-5077 Rail Oil Additive Package
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Industrial oil additive package
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Metal processing oil additive package
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SR-7000 Quenching Oil Additive Package
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SR-7011 Emulsified Oil Additive Package
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SR-7022 Knitting oil additive package
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SR-7033 Anti-rust oil additive package
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SR-7044 Punching&Drawing oil additive package
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SR-7055 Synthetic cutting liquid additive package
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SR-7066 Aluminum foil punehing&Drawing additive package
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SR-7077 Deep hole drilling Additive Package
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SR-7088 Water soluble extreme pressure agent
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Car maintenance
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Polymer Materials
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lubricant oil additive
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Other additives

Briefly describe the types of antiwear agents
- Categories:Hydraulic Oil Additive Package
- Author:
- Origin:
- Time of issue:2022-09-08 15:30
- Views:
(Summary description)The organic chloride has a small friction coefficient under extreme pressure conditions, and the extreme pressure performance of the grease is better than that of anti-wear,
Briefly describe the types of antiwear agents
(Summary description)The organic chloride has a small friction coefficient under extreme pressure conditions, and the extreme pressure performance of the grease is better than that of anti-wear,
- Categories:Hydraulic Oil Additive Package
- Author:
- Origin:
- Time of issue:2022-09-08 15:30
- Views:
The organic chloride has a small friction coefficient under extreme pressure conditions, and the extreme pressure performance of the grease is better than that of anti-wear, but the extreme pressure performance will decrease at high temperature and in the presence of water. And cause metal corrosion and rust.
Organosulfur compounds can resist loads more effectively than chlorides, and the film formed by sulfurized animal oil still does not fail at a high temperature of 700 °C, and has good hydrolytic stability, but a large friction coefficient.
Phosphorus-containing compounds can improve the anti-wear properties of grease. Although the acid phosphate ester has a stronger load-carrying capacity than neutral phosphate ester, the acid phosphate ester has strong chemical activity and is easy to cause metal corrosion, so it is rarely used.
Organic molybdenum salts, antimony salts and lead salts can not only effectively improve the extreme pressure and anti-wear properties of grease, but also improve the oxidation stability and rust resistance of grease. However, the oil solubility is slightly poor, and such additives are often uniformly dispersed in the grease by means of the grease dispersion process.
The ability of borate to resist extreme pressure is much greater than that of sulfur-phosphorus and lead-chloride additives, and it is a new type of extreme pressure additive for lubricating grease. An oily dispersion formed by dispersing amorphous microspherical borate in lubricating oil. Odorless and non-toxic. Has good extreme pressure wear resistance and thermal stability, no corrosion to copper. Slightly soluble in water, it can be used in gear oils and greases that do not come into contact with water.
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