Plastic random packing (or plastic random column packing) have been used successfully as an inexpensive and efficient means to increase tower capacity and efficiency. There are numerous process advantages that can be realized by using plastic random column packing in many applications. The predominant reasons for using column packing is to reduce pressure drop through out the column, to increase capacity compared to trays at the same efficiency, and to reduce the liquid holdup in the column. Plastic random column packings are not as bulk as ceramic equivalents and therefore offer higher capacity and lower pressure drop.

 a full range of plastic random column packings:Plastic Pall Ring random column packing,Plastic Cascade ring random packing,Plastic Conjugate ring random packing,Plastic Rosette ring random packing,A Form Rosette,Plastic Frame Ball,Polyhedral hollow ball,Plastic Revolve ball,Plastic Super Saddle ring random packing,Edge ball,Plastic Mesh ball,Hollow floatation,Plastic Star ring random packing,Flower Ball,Plastic Taper Ring,Structured wire mesh corrugated,Plastic Heilex ring,Plastic Super mini ring column packing,Plastic Saddle ring random column packing,Plastic Solid ball random column packing,Bio packing,Plastic Corrugated random column packing,Column packings and packed column Design,Plastic saddles,Pall ring

 Plastic random column packings are used in corrosive applications with low to moderate operating temperature and can offer economic advantage over metal material. Where temperature permits, plastic random column packing performs better than ceramic random column packing and are often less expensive than metal random column packing, particularly when special metal and alloy are required. Consequently, plastic random column packing are frequently used in absorption, scrubbing, stripping and heat transfer service.

Materials: PE, PP, RPP, PVC, CPVC, PVDF