Process Of Glass-Lined Steel / Glass-Fused To Steel Tank
GLS tanks are widely used for agricultural, industrial as
well as municipal applications. Glass is fused with the steel just to boost the
properties of the latter. Fusion is necessary because single steel is and for
the ecological conditions.
Glass Fused to Steel is the perfect solution
that comes with the benefits of both materials steel is known for its high
strength & flexibility, while glass ensures corrosion resistance. These
tanks are known for their amazing anti-corrosion performance.
The
glass-fused-steel tank is widely preferred due to its some of the amazing
characteristics such as maintenance-free nature, temperature resistant, hygienic
surface as well as long service life. The glass of these tanks helps in
protecting against the corrosion; while steel ensures its amazing strength as
well as flexibility. You can see no bacteria on the surface of these tanks on
the other hand glass-fused-steel tanks are known to be abrasion as well as
impact resistant.
The glass-fused steel tank is widely demanded
for different application such as bulk storage, oil storage, water as well as
wastewater treatment and storage and digester. You can easily combine these
tanks with other technologies and can be reused, relocated and expanded.
It is known for having wear and scratch
resistance surface while you can easily install these tanks at the required
location.
These tanks are well-known for offering a
safe as well as secure storage due to their minimal maintenance costs. As
glass-fused-steel tanks provide cost-effective and rapid site installation
which further help in decreasing project timescales, costs and also the
requirement of on-site equipment.
When compared to welded or concrete tanks,
glass fused to steel technology is more successful in providing an amazing
lifetime value. These tanks are mainly ideal for storing different types of
material as well as fluids easily.
Process of GLS tanks step by step
For the production of high-quality panels,
many steps are involved. Equal importance is given to each and every step
during the production process so that high-quality standards can be met. There
are total seven steps that complete the production process like laser,
deburring, brushing, powder, enamel, inspection as well as packaging.
LASER
With the help of a laser, the raw sheets are
cut.
DEBURRING
Depending on the requirement of customers,
the edges of the sheets can be rounded.
BRUSHING-BENDING
The sheets are brushed all over and then
primed for the enamel process.
POWDER
This is the process which combines the
powder with the raw sheets through an electrostatic process.
ENAMEL
In this process, powder and the raw sheet
combine high-performance furnace at approx. 800°C which helps in creating the
corrosion-resistant surface.
INSPECTION
Once the furnace is done, the panel is
subjected to a comprehensive pore inspection as well as a detailed visual
inspection.
PACKAGING
Edge protection is applied as a transport
guard before the panels are packed.
Thus, the panel packages are commissioned for
specific projects.
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