泰勒花环 2K, 3k, 1R, 2R, 3R

 
Tellerette 2K, 3k, 1R, 2R, 3R

Name	Type	Diameter ×Height ×Thickness mm	Specific Area m/mVoid Volume m/mBulk Density kg/mNumber Per Volume n/mΦ50	Φ50×1.5	120	42	73	10480
Tellerette  ring	Φ25	25×9×(1.5×2)	269	82	58	17500
	Φ47	47×19×(3×3)	185	88	128	32500
	Φ51-(1R)	51×19×(3×3)	180	89	111	25000
	Φ59	59×19×(3×3)	150	92	103	17500
	Φ73(2R)	73×28×(3×4)	127	89	102	8000
	Φ95(3R)	95×37×(3×6)	94	90	102	3600
	Φ100(4R)	100×37×(3×6)	106	90	88	3300
	Φ145	145×48×(3×6)	65	95	80	1100
	2K	83X32	92	95	48	6050
	3K	105X56	72	96	50	1650

Tellerette 2K Tower Packing maintains good liquid distribution through packing depths in excess of 10 metres. Good initial liquid distribution is essential. Spray headers using full cone spray nozzles are recommended. Weir distributors are not recommended.B. Design of the packing supports is important.
The plates or grating should have an open area of 75% to 80%. Intermediate supports must be of a design that will avoid maldistribution. Plastic packing support plates available fromT.C.I are particularly useful in this regard.C. A rough rule-of-thumb for calculating liquid hold-up in a Tellerette Type 2R packed bed is to multiply the volume of packing used in the tower by 5%. This will provide the volume of liquid hold-up. To obtain weight multiply by the liquid density. For more exact liquid hold-up data, please refer to the Tellerette performance curve entitled “Liquid Hold-up”.D. Tellerette 2KTower Packing can be operated at capacities up to the phase inversion point. Because of their open filamentous configuration, phase inversion in a sulzer Tellerette 2K packed column can be reversed by simply reducing either the gas or liquid flow. The tower does not have to be shut down and restarted