Company background
company is dedicated to melting kiln and design and supply
of equipments in the glass industry, formed by experienced
experts in glass melting technology. Experienced engineers
in the design, production and installation of electrical
melting system for glass can be the chief contractors,
partners or suppliers for the parts of the equipments
according to the special requires of the clients.
The principle of our company is to make a general evaluation
for the clients in use of the melting kiln as a forceful
cooperation partner, develop and provide various technologies
needed. As for the technological systems installed by
the company, we try our best to increase investment benefit,
reduce the cost and ensure the efficiency of the equipments
through best service and constant improvement.
Company foreground
The most advanced assistant and entire electric heating
systems we provided greatly improve the electrical melting
rate of the furnaces and the glass quality. We design
and provide melting furnaces consecutively used for producing
glass bottles, glasswares, glass lamps, technical glassworks
and fiberglasses, and other melting kilns for colorless
and colored float glass, and boron-silicon glass as well
as other glass melting furnaces. Various controlling plans
of SHINE computer supervision systems can offer advanced
display and record of the operation parameter of the melting
furnaces.
Business scale (the global service)
We offer assistant electric melting kilns with single
phase, three phases and three-phase extending to two phases.
SHINE’s strategy is to develop excellent products
through uninterrupted exploitation, keep close contact
with our customers and promise to satisfy their requirement
for every single set of equipment. We provide such technical
support for all customers as consultation at workplace,
guidance of installation and debugging and after-sale
service. Besides, the mould drawing plotted by computer
can determine the best position of fluxing electrode and
power density chart and transformer specification. And
specific model analysis reports can be provided for customers
to elaborate on various assistant-melting plans.
Electric heating fluxing system
Float glass furnace
Electric heating fluxing experiences of the corporation
covered all kinds of the glasses and their production
process. One of the characters of the system is able to
improve the quality of the glass. It is especially obvious
on the furnace burning low heat value fuel. The output
of float line ranges from 300t/d to 700t/d. The engineers
of the company have rich professional undergoing in the
plate glass industry long time and profound knowledge
of production of high quality glass on the emphasis of
the glass melting.
The capability of electric heating melting system of some
large size float line exceeds 6000KVA. The purpose of
this design is to increase pulling rate of soda-lime-silicon
glass or produce melt colored glass continually under
no drop in the pulling rate. This is because of that distributive
fluxing system solved over temperature gradient in the
vertical direction of glass liquid. This thermal imbalance
can tremendously downgrade pulling rate or affect glass
quality in usual furnace without fluxing system. There
is typical example: melting high iron content glass, such
as Fe2O3 reached 0.5% to 1.6%. Now this glass is been
extensively applied in automobile industry. These float
furnaces with electric heating fluxing system can homologically
increase the output when the market demand reached a climax
and postpone and extend the service life of the furnaces
to any repair day at ambient temperature according to
the particular require of the market if fireproof materials
were bearable.
Vycol glass furnace
Shine’s plenty experiences in the field of all
kinds of Vycol glass, whichever tubing, fiberglass or
tableware were verified by the proud records of over ten
suits of equipments installed a several years ago in the
field. These glasses are usually required to have higher
temperature in order to effective melting and molding,
so it’s particularly available to use electric heating
fluxing system. When three of which HVP, good glass component
control and thermal balance obtained a perfective combination,
it can improve the problems on both simultaneous molding
operation and the quality of products.
Utensil glass furnace
Our electric heating fluxing system can be most frequently
used to increase the output in the climax period of market
demand. Therefore it offers a low cost solution for a
seasonal or periodic client demands under no high expense
of dimension modification of the furnace.
As all the electric heating fluxing system, these systems
can also improve the glass quality, especially when the
furnace burns low heat value fuel. Typical utensil and
tableware glass furnace fluxing system usually uses a
higher capacity of from 200KVA to 1500KVA, as a result,
it can enhance the output from 10t/d to 60t/d.
Offered Service Equipment
A. Heavy current control system
B. Unitized electric and control equipment
C. Advanced constant power, constant current silicon-controlled
system
D. Use of advanced molybdenum electrode of Plansee AG
and water jacket of PENELECTRO in the world.
The high quality electrode water jacket of PENELECTRO
is the achievement of the investigation, development and
practice of this corporation a several years. It’s
made of high quality heat-resisting steel. PENELECTRO’s
high-class electrode water jacket has advanced heat preservation
design on purpose to ensure energy saving and protect
firebricks. It is mainly designed for the vertical molybdenum
electrode. Now there are thousands of molybdenum electrode
water jackets used in electric fluxing furnace and electric
furnace in all over the would. Integrated thermocouple
can supervise the operating mode of the electrode water
jacket.
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