Lithium Complex Grease

Showing all 5 results

AeroShell Grease 33

Short Description of AeroShell Grease 33

AeroShell Grease 33 is a high-performance synthetic airframe grease designed for various aviation applications. Its excellent properties make it a reliable choice for routine lubrication in aircraft components.

AeroShell Grease 58

AeroShell Grease 58 is a high-performance wheel bearing grease designed for aviation applications. Its outstanding load-carrying capacity, corrosion protection, and mechanical stability make it a reliable choice for critical components.

AeroShell Grease 64

AeroShell Grease 64 is an extreme-pressure synthetic grease containing molybdenum disulphide. It excels in lubricating heavily loaded sliding steel surfaces. Widely used in aviation, it offers exceptional anti-wear and anti-corrosion properties.

 

Specifications:

  1. Base Oil: Synthetic Hydrocarbon / Ester
  2. Useful Operating Temperature Range: -73°C to +121°C
  3. Worked Stability (100,000 0.1mm strokes): 260 – 375
  4. Copper Corrosion (24h @ 100°C): Must Pass
  5. Rust Test (52°C, 48h): Must Pass

Nyco Grease GN 22

Nyco Grease GN 22 ensures reliable performance in critical applications, providing excellent lubrication and corrosion protection. Whether you’re maintaining landing gears, wheels, or airframe components, Nyco Grease GN 22 has you covered.

 

Specifications

  1. Appearance: Homogeneous, smooth brown grease
  2. Dropping Point: 265°C (min. 232°C) (ASTM D566)
  3. Worked Penetrability after 60 strokes: 276 (1/10 mm) (260 to 300) (ASTM D217)
  4. Oil Separation, 30h at 177°C: 5.1% w (max. 8.0%) (ASTM D6184)
  5. Evaporation Loss, 22h at 177°C: 4.9% w (max. 10.0%) (ASTM D2595)

Nyco Grease GN 3058

Short Description of Nyco Grease GN 4343

Nyco Grease GN 4343 prevents seizing and facilitates smooth assembly and dismantling. With excellent anti-seize properties and versatility, it’s the go-to choice for critical applications.

Specifications

  1. Appearance: White homogeneous grease
  2. Dropping Point: 210°C (min. 163°C) (ASTM D566)
  3. Worked Penetrability after 60 strokes: 290 (1/10 mm) (260 to 300) (ASTM D217)
  4. Oil Separation, 30h at 100°C: 0.5% w (max. 5.0%) (ASTM D6184)
  5. Evaporation Loss, 22h at 100°C: 1.2% w (max. 2.5%) (ASTM D2595)