Molecular Sieves TYPE 13X

The offered Molecular Sieves Type 13X is made with quality contents and chemicals that makes it useful to assimilate molecules of greater diameters, for example, branched-chain hydrocarbons and aromatics. Any particles can be simply assimilated on our product. This has a porous carbon skeletal system that comes right following the pyrolysis of different polymeric precursors. Our Molecular Sieves Type 13X delivers outstanding porous properties that remain static after numerous years of applications. This is also used to make minute molecular size elements of c2-c5.

Features:

• 2-4 balls and 3 mm pellets are provided
• 80% minimum is the bed crushing strength
• 0.5% maximum is the loss on attrition
• 550-700 KG/M is the tapped bulk density
• It has static equal water retention capacity of 20-22% at 15RH and 24-27% at 75RH, respectively
• It has maximum 2% free moisture
• 30-35% is the Benzene retention capacity

Product Details:

(A) SIZE & SHAPE: (Pore Dia.:10A^o)

3 mm Pellets. 2-4mm. Balls

(B) MECHANICAL PROPERTIES:

1. Bed crushing strength,% = 80min.

2. Loss on attrition,% = 0. 5max.

(C) PHYSICAL PROPERTIES:

1. Tapped bulk density,kg/m = 550-600/ 650-700

2. Static equilibrium water adsorption capacity,%

at 15RH: 20-22%

at 75RH: 24-27%

Benzene adsorption Capacity: 30-35%

3. Free moisture: = 2%max

 

ANALYTICAL REMARKS

The above material supplied meets the specifications of our Grade MS-13X.

Life of molecular sieves is largely dependent upon operating conditions and contaminant levels.

 

CHEMICAL COMPOSITION
Na2O : 21.8 %	Al2O3 : 19.9%	SiO2 : 58.2%

 

Sr. No.	PROPERTIES		RESULTS
(A)	MECHANICAL
1	Type:		13X
2	Form:
3	Size:		3 mm Dia.
4	Bed crushing strength: %		85.00%
5	Ind. Pellet CS,avg.of 20 pellets - Kgs		8.3 kgs
6	Loss on attrition: (Wear rate) Hard surface % (Tumbling & rotation method)		0.37%
(B)	PHYSICAL
1	Water adsorption at 75%RH &30oC. - %		24.90%
2	Water adsorption at 15%RH &30oC. - %		21.90%
3	Thermal stability at 600oC, adsorption - %		24.90%
4	Benzene & other toxic gases adsorption capacity - %		32.50%
5	Mercaptan removal - %		7.00%
6	Free moisture at 120oC. - %		1.20%
7	Tapped Bulk density kg/m3		670
8	Loss on Ignition (900oC) - %		1.70%