Ceramic Super Intalox Saddles

Where temperature permits plastic random column packing performs better than ceramic random column packing and are often less expensive than metal random.

Ceramic super intalox saddles. Our super saddles have low pressure drop high mass transfer efficiency and high thermal efficiency. Generally super intalox saddles random packing are favored by designers and industries that once used ceramic saddles but now want the superior performance of plastic super intalox saddles. Jintai ceramic saddles equivalent to koch glitsch ceramic intalox saddles are between the ring shape and the shape of the saddle and therefore maintain both their advantages this structure is conducive to the liquid gas distribution ceramic saddles are most frequently used high performance packing and exhibit advantages for most applications in comparison with. It changes the both arched surface with gear.

Ceramic super intalox saddle makes porosity distributed even and improves the distribution of the fluid greater capacity and lower pressure. Ceramic super intalox ring easy flowing distributing. This type of intalox salile has a specific gravity of 2 3 g cm3 to 2 4 g cm3 with less than 0 3 water absorption and more than 99 6 of acid resistance which can resist up to 1100 oc maximum operating temperature. In our ceramic intalox saddles its size are commonly available in 12mm 16mm 19mm 25mm 38mm 50mm and 76mm.

Ceramic super intalox saddle ring is improved from the ceramic intalox saddle ring. Jintai ceramic saddle ring. Plastic super intalox saddle ring packing super saddle ring are used in corrosive applications with low to moderate operating temperature and can offer economic advantage over metal material. This design can increase voidage between random packing which is benefit for the flowing and distributing of liquid and gas.

Although this packing does not have the high performance characteristics of intalox snowflake or beta ring random packings it has been used. Super intalox saddles random packing.