Plastic Packing
Plastic Packing
Plastic Packing
PTFE Pall Ring – Superior Temperature and Corrosion Resistance
PTFE (F4, Polytetrafluoroethylene) is a kind of plastic, which has following features:
High temperature resistance. Maximum working temperature is up to 200 to 260 °C for long term application.
Low temperature resistance. Working temperature is lower to -100 °C.
Corrosion resistance. Resistance to aqua regia and all organic solvents. [Read More…]
1.Our Lanpack have achieves the impossible: significantly lower pressure drop and higher transfer efficiencies than other smaller packings.
2.Our Lanpack has a track record of superior performance in the field.
It comes in two sizes : 2.3 inch and 3.5 inch, we have a variety of plastic materials inchluding polypropylene,polyethylene,PVDF.
3. [Read More…]
Plastic Igel ball is a normal biological filter, its excellent performance and long-term improvement. Our igel ball is made of plastic, so it have light weight and can float on the water, the shape is ball. Its characterized by small water resistance, good ventilation, most of igel ball have diversion design, such as deflector, diversion channel, the water can be evenly distributed meanwhile increased water flow. [Read More…]
Plastic Hiflow ring is a 3rd generation high performance tower packing which provides an optimal design of high mechanical stability, void fraction and superior mass transfer performance. The grid structure guarantees its opening pore ratio exceed 50% and bed void fraction is higher than same size's pall ring. In addition, large fluid flux guarantee its pressure drop per square meter lower 45% than pall ring. [Read More…]
Tower Packing for Scrubbers
Plastic Q-pack tower packing is a kind of high-capacity plastic random packing. It has a special octagonal structure. This structure has a geometric surface, large holes and a small volume. It can ensure plastic Q-pack's high efficiency in oil-water separation. [Read More…]
for Scrubbing and Stripping Tower
Plastic snowflake ring is a high-efficiency tower packing. It has a low specific gravity, high flooding point, large porosity, high mass transfer unit height. Besides, this random packing has lower pressure drop, which reduces the back-pressure phenomenon and minimizes the energy consumption of the stripping process. Plastic snowflake ring is very economical. [Read More…]
Heat Resistant Plastic Conjugate Ring for Purification
Plastic conjugate ring is also called plastic conjugate ring packing. It integrates the advantages of the annular random packing and plastic intalox saddle ring. Due to its special inner structure, plastic conjugate ring has more contacting points and larger gas-liquid contacting surface than traditional random packings. This product has many advantages, such as large flux, low fluid resistance and good operating flexibility. [Read More…]
with good Fouling Resistance
Plastic cascade mini ring is a type of high performance plastic random packing. Its vertical axis orientation allows more fluids to pass through the cylinder. Solids are easily washed away by the fluids. Therefore, plastic cascade mini ring has good fouling resistance. It is characterized by low aspect ratio, good corrosion resistance and excellent separation effect. [Read More…]
Plastic Hollow Floatation Ball for Filtration
Plastic hollow floatation ball is also called plastic hollow floatation ball packing. This product has many advantages, such as high void ratio, good filtration capacity and good chemical corrosion resistance. It can minimize acid mist and heat loss. Plastic hollow floatation ball is suitable for particle control, waste gas recovery, exhaust gas purification and acid mist purification. [Read More…]
Polyhedral Hollow Ball packing
is made from heat resistant and chemical corrosion resistant plastics, and the application temperature in media ranges from 60 to 150 degrees.
Plastic Polyhedral Hollow Ball (PP, PE, PVC, CPVC, RPP ) is also called plastic multi-aspect hollow ball, polyhedral hollow ball packing composed of two hemispheres which will form into a ball. [Read More…]