
FRT20 is a composite materialcured Special Modified resin, matrix reinforced with woven synthec fiber
cloth.
Molybdenum disulphide is used as fricon modifier.
It has higher strength, durable and dimensionally stable. It has very low fricon and excellent wear
characteriscs even in
high abrasive environment. It is suitable for bearings of Vercal Pumps, where it can run dry at
start-up upon the top
bearings.

FRT10 is a composite material cured Special Modified resin, matrix reinforce with woven synthetic
fibre cloth.
Graphite and PTFE is used as friction modifier.
It has higher strength, durable and dimensionally stable. It has very low friction and excellent wear
characteristics in
normal abrasive environments. It is suitable for bearings of Vertical Pumps, where it can run dry at
start-up upon the top
bearings.

FRT80 is a composite materialcured Special Modified resin, matrix reinforced with woven synthetic
fiber cloth.
PTFE is used as friction modifier.
The addition of selected friction modifiers enhances the wear properties and life of the materials,
enabling them to be
operated at higher speeds and loads.
Being 100% composites, the system is corrosion resistant.

FRT20 is a composite materialcured Special Modified resin, matrix reinforced with woven synthec fiber
cloth.
Molybdenum disulphide is used as fricon modifier.
PTFE is used as friction modifier.
The addion of selected fricon modifiers enhances the wear properes and life of the materials. It can
be run dry and wet
with water lubricaon, making it extremely useful in marine applicaons like Stern Tube and Rudder
Bearings. Being 100%
composites, the system is corrosion resistant.

FRT25 is a composite material cured Special Modified resin, matrix reinforce with woven synthetic
fibre cloth.
Graphite is used as friction modifier.
It has higher strength, durable and dimensionally stable. It has very low friction and excellent wear
characteristics in
normal abrasive environments. It is suitable for bearings of Vertical Pumps, where it can run dry at
start-up upon the top
bearings.





