Afton Industrial Gear Oil Additives
AFTON INDUSTRIAL GEAR OIL ADDITIVES
Afton Chemical offers a variety of specialized Multi-Functional additives to assist in the formulation of Automotive & Industrial Gear Oils. Spanning from economic & mainstream gear oil additives to highly specialized & premium tier gear oil additives, Afton Chemical’s HiTEC® line has an option suited for your particular formulation needs.
Avoid gear failure and protect your equipment with afton's performance gear additives.
HiTEC® 350 Mainstream Performance Gear Additive
Multi-functional, can be up-treated to meet varying application specifications
Can simplify logistics, handling, and storage through inventory rationalization across multiple formulations
Exceptional EP protection and durability
Improved copper protection
1.0 – 7.0 % wt.
HiTEC® 317 Mainstream Performance Clean Gear Additive
Premium clean-gear oil additive
Excellent phosphorus retention, ensuring extended wear protection
Provides excellent wear, corrosion and oxidation protection
1.3 – 2.0 % wt.
HiTEC® 385 Premium Multifunction Gear Oil Additive
Premium gear oil additive that maximizes flexibility of operations across automotive, automotive limited slip, industrial and commercial gear oil, greases and industrial lubricants
Soluble in Group I and II base stocks
Excellent handling and pump-ability
1.5 – 5.0 % wt.
HiTEC® 352 Premium Tier Clean Gear Oil Additive
Designed to meet latest requirements of Flender Rev. 15
Excellent compatibility with seals, proven through static and dynamic testing
Clean gear performance under conditions of high temperature and oxidation
Excellent micro pitting protection
2.0 % wt.
HiTEC® 307 Premium Synthetic Gear Oil Additive
Excellent Clean-gear performance under conditions of high temperature and oxidation
Excellent phosphorous retention, extending wear protection
Extended micro pitting protection, as specified by Flender AG at 60°C and 90°C
Performance exceeds requirements of AIST 224, AGMA 9005-E02 and DIN 51517, Part 3 and Flender Rev. 15
2.65 % wt.