The resistance of Tungsten Mesh to the attacks of
oxidation and corrosion is widely known across the industries. Due to this
characteristic, this material is also used for several filtration applications
at different temperatures. The mechanical characteristics of this material are
excellent in high temperature and it has the smallest coefficient of thermal
expansion amidst all the other metals. With maximum service temperature going
beyond three thousand degrees Celsius and supreme resistance to thermal
creeping, the filtration functions exhibit perfection. The durability of this
material is another unique quality for which it has attained recognition. Due
to a clean mesh surface that is flat and lean as well, it is appropriately used
as a filter and screening material in different kinds of applications such as
electrical, mechanical, heating and vacuum equipment.
Properties
of this mesh
The properties of this mesh make it
ideal for different purposes especially for filtering.
•
There are specific shapes, styles, and sizes of this mesh that can be
suitably used for different kinds of vacuum furnaces.
•
During frequent cycles of heat, the metal mesh displays high dimensional
stability. Due to the large radiating area, the surface life of the mesh can be
increased by reducing the surface watt loading on different heating elements.
•
During its correspondence to the service temperature limit, the mesh
exhibits good performance at low temperatures.
•
A mild or small tear will not affect the service life of this mesh
material.
•
When you introduce tungsten mesh, it offers the highest furnace service
temperature along with the perfect optical heat transfer for related
temperature uniformity.
•
The weave and design of this mesh material can handle stress better as
thermal stress is hard to avoid during different heating operations.
•
The large surface area of the mesh reduces the watt density thereby
resulting in the better service life of the element.
Effectiveness
of tungsten mesh
This mesh abandons the thermal and
mechanical stress which helps in enhancing the element life. During the
production of this mesh, each wire coil is woven along with the second coil for
a regular network of mesh spreading over the complete width and length of the
element. As the diameter of the weft and warp wires can be controlled closely,
the accuracy level in the production of the mesh is at the highest level. For
the production of different oven mesh designs, the pitch, height and diameter
can be controlled.
The tungsten mesh' applications include the construction and engineering industries due to its strength
and durability. At every high melting point it can offer protection from the
hazards of fire. With features such as print repeatability and physical
stability when compared with the conventional steel mesh this is a more
effective material. With a variety of weaving styles, the final product that is
used for filtration and screening undergoes quality control procedures at
various stages. Different industries ask
for cut to size meshes that can be ordered according to the specifications.
With exact filtration capacity, the positive effects that are required in the
treatment of gels to ensure the highest levels of cleanliness can be achieved
with the help of this mesh.
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