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PP Hollow Flotation Ball
Description of PP Hollow Flotation Ball
Plastic Hollow Flotation Ball has the advantages of high porosity,
heat and corrosion-resistant chemical, pressure and low height of
mass transfer unit, the pan-point, vapor-liquid contact with the
full, the proportion of small, high efficiency and mass transfer.
The use of various media in the temperature of 60-150 degrees
Celsius, with extensive day of oil, chemicals, chlor-alkali, gas,
and environmental protection industries in the tower of fill.
Technical Data Sheet of PP Hollow Flotation Ball
Dry packing factor
Application of PP Hollow Flotation Ball
oil, chemicals, chlor-alkali, gas, and environmental protection
industries in the tower of fill.
Material available of PP Hollow Flotation Ball
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It was designed by Jager Tri. Generally speaking, no big surface
area is Tri-pack's biggest advantage. The distinctive shaping of
ribs, struts and drip rods Tri-packs tower packing media superior
wetting characteristics, and the ability to maintain uniform liquid
distribution throughout the bed...
Plastic Liquid Surface Covering Ball
The Covering Ball is designed based on the Hollow Ball. Compared
with the Hollow Ball, the Covering Ball has a rim around its
surface. And the application temperature in media range from 60℃ to
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efficiency in oil-water separator. Additionally, This Polypropylene
media has natural affinity for oil, and provide high surface area
in the form of uniformly spaced rods with no narrow joints that
tend to trap sludge particles...
Innovatively Geometric design, axisymmetric distribution, the
horizontal strpes & vertical bar cross distribution is Lanpac's
outstanding feature. Lanpac tower packing media is uniquely
engineered to provide maximum surface between exhaust gases and
scrubbing liquid by facilitating continuous formation of droplets
throughout the packed media bed.
Honeycomb Ceramic Heat Exchanger
High Temperature Air Combustion (HTAC) is new-type combustion
technology with great energy-saving and environment protection.
This technology is to make two regenerators to absorb heat and send
out heat alternatively through the reversal valve, recuperate the
heat of the exhaust gas to the maximum extent, then heat the
combustion-supporting air and coal gas to over 1000℃...