Kluber CONSTANT GLY 2100 Synthetic Impregnating Fluid for Sintered Metal Plain Bearings

Kluber CONSTANT GLY 2100 Synthetic Impregnating Fluid

Product Overview

TheKluber CONSTANT GLY 2100 is an advanced lubricant specifically developed as a Synthetic impregnating fluidforsintered metal plain bearings. It is designed to fill the porous structure of sintered bearings and provide continuous lubrication under varying speeds, frequent reversals and extreme conditions.

Key Features & Benefits

• Designed for sintered metal plain bearings, the fluid penetrates the bearing pores via vacuum immersion and releases lubricant steadily under operating conditions. 

• As a Synthetic impregnating fluid, it provides outstanding ageing resistance and thermal stability, enabling extended component life and smooth running.

• Excellent low-temperature behaviour (service down to -40 °C) and high service upper temperature up to +140 °C, making it suitable for severe duty environments. 

• Additional wear protection via built-in soap additive reduces mixed friction and starting wear in bearings undergoing frequent stops/starts or reversals. 

• Good corrosion protection for both iron and bronze bearings, and compatible with elastomers, allowing versatility in precision engineering, electrical engineering or automotive applications. 

Applications

• Ideal for use as a Synthetic impregnating fluidinsintered metal plain bearings in precision engineering, automotive, electrical machines, household appliances, where long-life lubrication and reliable performance are required. 

• Suitable for bearings that undergo frequent stop/start cycles, speed variations or direction reversals where hydrodynamic oil film can collapse and mixed friction may occur. 

Why Choose This Lubricant?

When you select Kluber CONSTANT GLY 2100, you are choosing a dedicated Synthetic impregnating fluid tailored for sintered metal plain bearings, offering extended service lifetime, excellent low-temperature and high-temperature range performance, and reliable protection even under demanding operational conditions. This ensures reduced maintenance, smoother running and optimized component life in your systems.