glass enamel tank

glass enamel tank advantage

glass enamel tank is made of resin as raw material and excellent moulding process. It has the characteristics of light weight, no rust, no leakage, good water quality, wide use, good insulation performance, beautiful appearance, convenient installation, easy cleaning and maintenance.

It is used in hotels, schools, hospitals, industrial and mining enterprises. It is an ideal product for public water, fire fighting water and industrial water storage facilities.

glass enamel tank are part of public water supply systems such as industrial and mining enterprises and residential buildings. At present, China's main color concrete and steel water tanks, but the leakage of concrete water tanks, scaling, corrosion of steel water tanks, the use of water tanks have a great impact, 85% of China's water supply system, because of the tank of bacteria and algae, rust pollution and can not meet the water quality standards. The problems such as heavy weight of concrete water tank, easy leakage, easy evergreen moss, easy corrosion of steel water tank, rust-proof coating peeling off and pollution of water quality are solved.

Bolted Steel Storage Tanks

glass enamel tank is assembled by SMC moulded veneer, sealing material, metal structure and piping system. Can be assembled according to user needs 1-2000 cubic meters of water tanks, if the original water tanks need to be replaced, do not need to renovate the house, from the door into the molded veneer, can be assembled, adapt to strong conducive to design and construction. Water tank seal is a stereotyped product - sealing belt, which is non-toxic, water-resistant, elastic, small deformation, service life of more than 30 years.

When installing the FRP water tank, we should pay attention to the bottom plate of the FRP water tank. At the same time, we should add sealant between the two veneer boards and connect them with the bolts of 10. The bolt should be loaded uniformly from the third hole when the bolt is loaded. Each bolt should be loaded 3-4 times. No overexertion should be allowed. Otherwise, the crack will occur because of the uneven force.

waste water tank

The capacity design of the assembled FRP fire-fighting water tank should be treated differently, and the capacity of the fire-fighting water tank should be different for different buildings.

The capacity of residential buildings is smaller and the capacity of public buildings is larger. Fire tank capacity is too large, sometimes difficult to deal with in the design, if the capacity tank is too small, will affect the initial fire fighting. For multi-storey buildings, when the indoor fire water consumption is less than 25l/s, the calculation shows that the fire water storage capacity of the water tank is more than 12 cubic meters, 12 cubic meters can still be used.

Food storage tank

When the indoor fire water consumption is more than 25l/s, the calculation shows that the fire water storage capacity of the water tank is more than 18 cubic meters, 18 cubic meters can still be used.

Similarly, the fire water storage of high-rise buildings should not be less than 18 cubic meters for the first class of public buildings, 12 cubic meters for the second class of public buildings and 1 class of residential buildings, and 6 cubic meters for the second class of buildings. To sum up, FRP fire water tanks should be stored not less than 10min of the fire water consumption.

The scientific molding technology has increased the strength several times, and has the water tank bearing pressure need, and saves the material, has the water tank beautiful request. TengXiang hot dip galvanized water tank has good sealing property, and it is not easy to breed algae and red worms, so that the water is not polluted for two times.

glass enamel tank aseismatic performance

The yield strength of the assembled glass enamel tank is 2.5 times that of carbon steel and 2 times that of stainless steel. The fabricated FRP fire-fighting water tank has high strength and good seismic resistance. The fabricated FRP fire-fighting water tank can withstand magnitude 8 earthquake without damage, while the steel plate water tank and reinforced concrete water tank are not earthquake-proof.

The location and height of fabricated glass enamel tank are clearly specified as follows:

biogas assembled tank

Article 8.6.3 of the Code for Fire Protection in Architectural Design stipulates that the gravity self-flowing fire water tank shall be installed at the high part of the building.

Article 7.4.7.2 of the Code for Fire Protection Design of High-rise Civil Buildings stipulates that the setting of high-level fire-fighting water tanks should be at a disadvantageous point of hydrant hydrostatic pressure.

When the height of the building is less than 100 m, the hydrostatic pressure of the fire hydrant at the disadvantage of the high-rise building should not be less than 0.07 MPa. When the height of the building is more than 100 m, the hydrostatic pressure of the fire hydrant at the disadvantage of the high-rise building should not be less than 0.15 MPa.

A pressurized facility should be provided when a high level fire water tank fails to meet the above static pressure requirements. SMC combined water tank.

Compared with the galvanized steel tank and the enameled steel tank, the structure, material selection and assembly mode of the tank are the same, but the difference is in the different anticorrosion mode. Enamel steel plate: HSC series ceramic shaft [quartz feldspar fluorite] natural mineral material is selected.

The steel plate is made of high quality carbon steel plate and sintered at 1300 C. The plates of the assembled enamel steel water tank are all assembled by enamel steel plates. The bottom of the tank is supported by trough steel chassis with stainless steel tension. The plates are sealed by rubber strips and fastened by bolts to make it strong.

enamel assembled tank

Its storage capacity is from 1.0----1000 cubic meters and can be assembled according to the size required by users. The diameter and position of the intake pipe, outlet pipe and overflow pipe of the water tank shall be determined by the design. There shall be no less than 600 mm channels around the water tank and no less than 800 mm at the bottom and top of the water tank. At the time of installation, the connection gap between the bottom of the box and the bottom of the box should be located on the support.