HA106 Calcium Alkyl Benzene Sulfonate (TBN300)
HA106A Calcium Alkyl Benzene Sulfonate (TBN400)
HA107 Magnesium Alkyl Benzene Sulfonate | TBN 400 Detergent Additive
HA115B Sulfurized Alkylphenol Calcium (TBN250)
HA151 Polyisobutene Mono-Succinimide
HA154 Polyisobutene Bis-Succinimide
HA154B Boronized Polyisobutene Bis-Succinimide
HA161 High Molecular Polyisobutene Bis-Succinimide
HA161B Boronized High Molecular Polyisobutene Bis-Succinimide
HA202 Zinc Butyl Octyl Dithiophosphate
HA203 Zinc Dioctyl Dithiophosphate
HA205 Zinc Propyl Octyl Dithiophosphate
HA321 Sulfurized Isobutylene
HA323 Amidocyanogen Thioester
HA405P Sulfurized Olefin Aliphatic Ester
HA407 Molybdenyl Dialkyl Dithiophosphate
HA408 Molybdenum Dialkyldithiocarbamate
HA135 High Molecular Weight Phenolic Ester
HA501 2.6-DI-Tertiary Butyl Paracresol
HA502A Mixture Liquid Hindered Phenol
HA551 Benzotriazole Derivative
HA567 Nonyl Diphenylamine
HA557 Alkyl Diphenylamine
HA561 Thiadiazole Derivatives
HA602HB Polymethacrylate
HA6100 Polymethacrylate (PPD+VII)
HA6300 Polymethacrylate (PPD+VII)
HA6500 Polymethacrylate (PPD+VII)
0010/0050 Ethylene-Propylene Copolymer
HA0501 ETHYLENE-PROPYLENE COPOLYMER
HA533 HYDROGENATED STYRENE-ISOPRENE COPOLYMER
HA C10 Neutral Calcium Sulfonate
HA M231 Lanois Magnesium Soap
HA701 Petroleum Barium Sulfonate
HA746 Dodecylene Succinic Acid
HA7404 Complex Barium Sulfonate
HA C30 NEUTRAL CALCIUM SULFONATE
HA816A Copolymer of Vinyl Acetate & Fumaric Ester
HA816C Copolymer of Vinyl Acetate & Fumaric Ester
HA602 Polymethacrylate(PPD)
HA248 Polymethacrylate(PPD)
T903A Anti-Foam
T992 Complex Anti-Foam
Gasoline Engine Oil Additive Package
Diesel Engine Oil Additive Package
Four-Stroke Motorcycle Engine Oil Additive Package
Low Ash Natural Gas Engine Oil Additive Package
Railway Locomotive Oil Additive Package
Medium Speed Trunk Piston Marine Engine Oil Additive Package
Automotive Gear Oil Additive Package
Universal Gear Oil Additive Package
Odorless Gear Oil Additive Package
Automatic Transmission Fluid Additive Package
Antiwear Hydraulic Oil Additive Package
Ashless Antiwear Hydraulic Oil Additive Package
Hydraulic Slide Way Oil Additive Package
Rust Preventive Oil Additive Package
Polymerized Alpha Olefin
AN (Alkylated Naphthalene)
HA6060-30 Ethylene Vinyl Acetate Copolymer (Pour Point Depressant For Diesel)
HA6060-60 Ethylene Vinyl Acetate Copolymer (Pour Point Depressant For Diesel)
HA806 COMPOSITE DIESEL POUR POINT DEPRESSANT
The 24th Shanghai International Lubricants & Application Technology Exhibition Kicks Off in 2025
API Lubricants Get a Major Upgrade! New SQGF-7 Standards Released 40% Performance Boost + Stricter Environmental Standards
Synthetic Base Oil Technology Development and Application Research
Improving Diesel Low-Temperature Fluidity Mechanisms of Pour Point Depressants and the High-Efficiency HA806 Composite Formula
Rust Preventive Additives for Lubricants The Invisible Guardian of Metal Protection
An Overview of the Types, Characteristics, and Additive Selection of Marine Lubricating Oils
All About Additives – The Critical Role of Antioxidants in Lubricants
The Comprehensive Guide to Lubricant Additives
Are Friction Modifiers Necessary for Synthetic Gear Lubes?
How to Select Friction Modifiers for Extended Drain Intervals
Why High-Performance Oils Depend on Friction Modifiers
Formulator's Guide to Friction Modifier Compatibility and Blending
What Type of Friction Modifier Works Best for Motorcycle Oils?
How to Boost Your Lubricant Sales with Premium Friction Modifiers
This Additive Reduced Friction by 30% in Real-World Testing
Why Friction Modifiers Are Key to EV Drivetrain Lubrication
Unlock Maximum Efficiency: Best Friction Modifier Additives Ranked
Why Friction Modifiers Are Critical in Modern Low-VOC Formulations
Best Bulk Friction Modifiers for Lubricant Blenders in 2025
Friction Modifiers: Which Formulations Deliver Real Fuel Savings?
Friction Reducers: The Key to Lowering Fuel Consumption and Emissions
Antioxidants in Modern Lubricants: Extending Oil Life and Cutting Costs
How to Customize Additive Package
Understanding Lubricant Additives & Functions
Zinc vs ZDDP: What Should You Really Be Adding to Your Oil?
The Ultimate Comparison: Olefin Copolymer vs. PIB Viscosity Improvers
Why Your Lubricant Formula Is Incomplete Without a VI Improver
Why This Ashless Dispersant Is a Must-Have for Diesel Engines
The Impact of Electric Vehicle Development on Lubricant Additives and Engine Oil Formulations
ZDDP Anti-Wear Additives: Maximizing Wear Protection and Oxidation Stability in Engine Oil Formulations
Best Ashless Dispersants for High-Temperature Applications
Ashless Dispersants vs Detergents: What’s the Real Difference?
Why Ashless Dispersants Are Key to Cleaner Combustion in 2025: Essential Insights for Sustainable Manufacturing
Ashless Dispersants: The Secret to Longer Oil Life Revealed
What Happens When You Switch to an Ashless Dispersant? 5 Key Benefits Revealed
Ashless vs Ash-Containing Dispersants: Which One Wins?
Buyer's Guide: Best Ashless Dispersants for Synthetic Oils
Top 7 Ashless Dispersants That Keep Engines Cleaner for Longer
Dispersants vs. Detergents: Choosing the Right Additive Package for Heavy-Duty Fleets
How to Choose the Right Pour Point Depressant for Base Oil Blending
What Is a Pour Point Depressant and Why Your Oil Needs It
Can You Mix Pour Point Depressants with Other Additives?
Buyer's Checklist: What to Look for in a TBN Booster
A Professional's Guide to Engine Oil Additives in Automotive Maintenance
Benefits Of ZDDP For Older Engines
The 21st China (Shijiazhuang) International Lubricant, Grease, Maintenance Products and Technical Equipment Exhibition
Overview of ZDDP (Zinc Dialkyl Dithiophosphate) on Temperature Adaptability, Type Differences, Thermal Degradation Mechanism, and High-Temperature Performance
The Influence of Dispersant Structure on its Dispersibility Performance
The Role of Lanolin Magnesium Soap in Rust Proof Oil
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