Activated Alumina

Activated Alumina has the advantages of large surface area, many mciro-pores, well disperser, so it has a high affinity for water/impurity and actived catalyst. According to the applications of balls, there are 3 types of Activated Alumina Sorbent, Activated Alumina Desiccant and Activated Alumina Catalyst carrier. Meantime interior composition of the crystal phase was divided into mode Y and X-P. Continue reading →

Molecular Sieve

Molecular Sieve (as known as synthetic zeolite) is a micro-porous aluminosilicate crystals. It is made of silicon-oxy tetrahedron, alumina tetrahedron to form a basic skeleton structure, in which exist metal cations (e.g. Na+, K+, Ca2+, etc.) to balance the excess negative charge in the crystal. According to the type of crystal structure, zeolite consists of: A-type (LTA), X-type (FAU), Y-type and so on. Continue reading →

Ceramic Honeycomb 

Ceramic Honeycomb materials are mainly as the support of catalyst, heat exchange media and filtrate substrate. The cordierite honeycomb ceramic, which has a low thermal expansion coefficient, good thermal stability and thermal shock resistance, low back pressure, is widely used as catalytic carrier, especially for auto exhaust purifier. It becomes the first choice for the manufacturers of the purifier. Continue reading →

Ceramic Mini Lessing Ring – Large Voidage & Low Pressure Drop

Ceramic mini lessing ring is an advanced products based on ceramic raschig ring. It added the Minus partition on the ceramic raschig ring.

The larger size ceramic mini lessing ring (ranging from 80 mm to 200 mm) is commonly be used as supporting packing on the bottom of packed column.

Features & Benefits

• Acid and alkali resistance. Continue reading →

Ceramic Berl Ring – Arced channel for air and liquid distribution

Ceramic Berl Ring is also called ceramic berl saddle ring, ceramic bell ring. Ceramic berl saddle ring are interlocking in the tower and form arc air channel. Ceramic berl ring is benefit for evenly distribution of liquid and gas and it can reduce resistance. Continue reading →

Ceramic Y Type Partition Ring – Firm Structure for Transformation Prevention

Ceramic Y type partition ring has significant improvement on the design, special Y shape ring make the connection is very closely, which can prevent transformation in any condition. The multi-space structure can ensure the fluent circulation of air. Additional, it can enlarge the inner space to improve the mass transfer efficiency. Continue reading →

Ceramic Cross Ring – Advance Products of Ceramic Raschig Ring

Ceramic cross ring is improved by ceramic raschig ring. It has better surface area and compressive strength than raschig ring. Additional, it has excellent acid resistance and heat resistance performance.

It can withstand various inorganic acids, organic acids and organic solvents except hydrofluoric acid, and can be used in high or low temperature conditions. Continue reading →

Ceramic Cascade Mini Ring – High Efficiency & Low Pressure Drop

Ceramic cascade mini ring lowers cylinder height and thins thickness and adds flanging on the side ends.

The flanging design increases mechanical strength of cascade mini ring. It also increase the directional possibility because it breaks the symmetry of packing structure. Besides, the contacting between random packing is transferred from line contacting to point contacting. Continue reading →

Ceramic Raschig Ring – 25 mm to 76 mm options

Ceramic raschig ring is the earliest generation of random packing. The height and diameter of ceramic raschig ring is same and the common specifications are 25 mm to 76 mm.

Ceramic raschig ring has excellent acid resistance and heat resistance performance. It can resist to any inorganic acids, organic acids and organic solvents except for hydrofluoric acid. Continue reading →

Ceramic Super Intalox Ring – Easy flowing & Distributing

Ceramic Super intalox saddle ring is improved from the ceramic intalox saddle ring. It changes the both arched surface with gear. This design can increase voidage between random packing, which is benefit for the flowing and distributing of liquid and gas.

Features & Benefits

• Low pressure drop.
• High mass transfer.
• Large packing voidage. Continue reading →