Leno Belts

Leno Belts

We
have emerged as one of the leading manufacturers, exporters and
suppliers of wide range of Leno
Belts that
is extensively used in conveyor machines for moving, shifting
materials. These PTFE Coated Fiber Glass Cloths are designed by our
adroit team of professionals using superior quality polytetrafluoroethylene in
conformity of the global quality standards. The offered range is
available in various specifications to meet the varied requirements
of our clients. Offered Leno
Belts are
highly appreciated by our clients for their perfect finish, moisture resistance, tear resistance and durability.

Specifications:-

A
matrix of two materials - PTFE + Fiberglass. PTFE Coated Glass Cloth
is an immaculate matrix of the excellent physical and chemical
properties of both the constituents. Controlled manufacturing process
and rigid inspection procedures give right quality of material that
is capable of resolving a wide range of problems. We are excel in the
line of the manufacturing PTFE Coated Fiber Glass Fabrics that are
used to make conveyor belts for high temperature
applications.

Today, we carry 40 years of experience in
manufacturing special grades of PTFE Coated Glass Fabrics and a wide
variety of intrinsically engineered conveyor belts. Surely there is a
belt for your specific and demanding requirement.

PTFE Coated
Glass Fabrics used to make Conveyor Belts possess excellent non-stick
and high tensile properties. They are non-toxic, non-wettable, and
immune to fungus and hence are highly recommended for applications in
the food industry. These belts operate in temperatures ranging from
-200 ^oC
to +280 ^oC.
Unsurpassed dielectric properties, make our belts the only suitable
choice for use in Micro-wave ovens.

Sealed or sewn edges
safeguards and protects both the edges of the belt during operation
preventing the edges of the belt from fraying.

Belts can be
supplied with tracking devices like Guiding Buttons or Kevlar Profile
on one or both edges. Such tracking devices prolong belt life by
preventing edge damage caused by incorrect tracking.