This product uses a professionally customized synthetic oil as its base, combined with multi-effect molecular synthesis technology and advanced molybdenum-boron dual-film anti-wear technology. It also incorporates a carefully balanced blend of high-performance imported composite additives, all formulated through cutting-edge blending processes. Compared to mineral oil-based gear oils, this product delivers improved efficiency, reduced energy consumption, minimized wear, extended service life, and longer oil-change intervals—ultimately leading to lower maintenance costs and energy savings.

Product Performance

Outstanding extreme-pressure and anti-wear performance effectively prevents gear surface scoring, wear, and galling, ensuring smooth gear operation.

Outstanding oxidation stability and thermal stability, offering an exceptionally long oil service life;

Outstanding corrosion and rust resistance, as well as excellent demulsibility, ensure rapid and effective water separation even when gearboxes operate in near-water environments, preventing parts from rusting or corroding.

Outstanding anti-foaming properties, providing effective oil-film protection and delivering excellent lubrication.

Technical Specifications

SH/T 0467-2010

AIST224

AGMA9005-F16 Antiscuff

JIS K2219:2006 (Category 2)

DIN 51517

David Brown S1.53.101

ISO 12925-1 (CKD)

Scope of Application

Suitable for enclosed industrial gear drives, including steel-to-steel spur gears, helical gears, and bevel gears. Particularly effective in preventing micropitting, especially in heavy-duty gearboxes featuring case-hardened tooth surfaces. Also ideal for gear systems operating in extremely cold or high-temperature environments, as well as those exposed to harsh corrosive conditions.

Technical indicators

Project		Quality standards				Experimental Method
Project		150#	220#	320#	460#	Experimental Method
Kinematic viscosity (100°C), mm²/s ²/s		135–165	198–242	288-352	414-506	GB/T 265
Viscosity Index	≥	150	150	150	150	GB/T 1995
Flash Point (Open Cup), °C	≥	220	220	230	230	GB/T 3536
Pour point, °C	≤	-30	-30	-30	-24	GB/T 3535
Moisture, %	≤	Traces	Traces	Traces	Traces	GB/T 260
Mechanical impurities, %	≤	None	None	None	None	GB/T 511
Copper Sheet Corrosion (100°C, 3h) / Grade		≤1	≤1	≤1	≤1	GB/T 5096
Liquid Phase Rusting (Method B)		Rust-free	Rust-free	Rust-free	Rust-free	GB/T 11143
Foam Properties / (mL/mL)
24°C	≤	50/0	50/0	50/0	50/0	GB/T 12579
93.5°C	≤	50/0	50/0	50/0	50/0
24°C later	≤	50/0	50/0	50/0	50/0
Anti-emulsification (82°C)
Water in oil, %	≤	2.0	2.0	2.0	2.0	GB/T 8022
Emulsification layer, mL	≤	1.0	1.0	1.0	1.0
Total separated water, ml	≥	80	80	80	80
Abrasion mark diameter (1800 rpm, 196 N, 60 min, 54°C), mm	≤	0.35	0.35	0.35	0.35	SH/T 0189
Sintering load Pd, N	≥	2450	2450	2450	2450	GB/T 3142

Instructions for Use and Precautions

According to equipment lubrication guidelines, select oil products with appropriate viscosity. During use and storage/transportation, prevent contamination by foreign objects and strictly avoid mixing in mechanical impurities or water. Ensure the oil tank remains clean—when changing the oil, thoroughly flush both the tank and oil lines—and never mix it with oils of different types.