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VERILA Thermal HD

Inorganic Thickener - Extremely High Temperature - High Performance - Containing PTFE

VERILA Thermal HD is a high-performance lubricating grease based on inorganic thickener, semi-synthetic base oil, containing very fine PTFE. The inorganic thickener makes it suitable for wide temperature range applications, especially at extremely high temperatures. The product has very good oxidation stability and excellent adhesive properties. It contains special additives which ensure rust & oxidation, corrosion, extreme pressure protection for the lubricated parts as well as PTFE acting as a dry lubricant and thus reducing wear

  • Very Strong Lubricating Properties at High Temperatures.
  • Very Serious Protection Against Wear.
  • Very High Load Carrying Capacity on the lubricating film.
  • Excellent Protection against Rust and Corrosion.
  • Super Thermal Stability and Resistance to Oxidation.

Perfect mainly for applications working at high temperatures, Verila Thermal HD can serve as a premium multipurpose solution, providing very robust lubrication for applications working not only at high temperatures, but ranging from -20 to 200 degrees Celsius. Allows peak temperatures up to 230 Celsius when frequent re-greasing is provided. Typical application: sliding surfaces, plain, ball and taper rolling bearings that run at high temperature, including application in conveyor bearings, quenching conveyors, kilns, tunnel ovens.

 
Grease Classifications
ISO 6743-9 L-XBGHB 2
Test Parameter Test Method Value

Appearance

Visual

Smooth and Buttery

Color

Visual

Yellowish

Thickener

 

Inorganic

Dry Lubricant

 

PTFE

NLGI Grade

ASTM D217

2

Operating Temperature Range, Celsius

 

-20 to 200 Celsius

Short time peak temperature, Celsius   230

Cone Penetration, Worked, 0.1 mm

ISO 2137

265 -295

Dropping Point, 0 Celsius

ISO 6299

Does not drop

Corrosive Effects on Copper, 24h at 100 Celsius

ASTM D4048

max 1

Four-Ball EP Test, Weld Point, N

ASTM D2596

min 3150

While the information and figures given here are typical of current production and compliant with VERILA specification, minor variations may occur