y zeolite quality supplier – Y zeolite zsm-5 zeolite beta zeolite sapo-34 zeolite ssz-13 zeolite catalyst carrier pseudoboehmite mto catalyst

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y zeolite quality supplieryzeolite2021-07-07T07:36:28+08:00

Project Description

Y zeolite quality supplier

high quality y zeolite molecular sieve supplier china

Nay
Item	Unit	Min	Typical	Max	Analytical Method
Relative crystallinity	%	87	90		X-ray diffractometer
Total specific surface	m2/g	680	700		N2 adsorption
Pore volume	ml/g		0.35		N2 adsorption
silica-alumina ratio	/	5	5.2	27	XRF
Na2O	wt%		12	13	Flame photometric analysis
L.O.I.	wt%		18	22	Gravimetric analysis
D50	um		5	6	laster scatter distrioution


RUSY-2
Item	Unit	Min	Typical	Max	Analytical Method
Relative crystallinity	%	60	70		X-ray diffractometer
Cell parameter	×10-10m	24.45	24.49	24.52	X-ray diffractometer
Total specific surface	m2/g	600	630		N2 adsorption
Na2O	wt%		1.2	1.5	Flame photometric analysis
SO42-	wt%		0.2	0.4	XRF
Re2O3	wt%	1.5		2.5	Chemical analysis
L.O.I.	wt%		8	10	Gravimetric analysis
Lattice collapse temperature	℃	1015			Differential scanning calorimeter
D50	um		5	6	laster scatter distrioution


RUSY-8
Item	Unit	Min	Typical	Max	Analytical Method
Relative crystallinity	%	52	57		X-ray diffractometer
Cell parameter	×10-10m	24.52	24.56	24.6	X-ray diffractometer
Total specific surface	m2/g	590	620		N2 adsorption
Na2O	wt%		1.5	1.8	Flame photometric analysis
SO42-	wt%		0.2	0.4	XRF
Re2O3	wt%	7	8.5	9	Chemical analysis
L.O.I.	wt%		8	10	Gravimetric analysis
Lattice collapse temperature	℃	1010			Differential scanning calorimeter
D50	um		5	6	laster scatter distrioution


RUSY-12
Item	Unit	Min	Typical	Max	Analytical Method
Relative crystallinity	%	55	60		X-ray diffractometer
Cell parameter	×10-10m	24.57	24.6	24.64	X-ray diffractometer
Total specific surface	m2/g	590	610		N2 adsorption
Na2O	wt%		1.5	1.8	Flame photometric analysis
SO42-	wt%		0.2	0.4	XRF
Re2O3	wt%	11	12.5	13	Chemical analysis
L.O.I.	wt%		5	10	Gravimetric analysis
Lattice collapse temperature	℃	1005			Differential scanning calorimeter
D50	um		5	6	laster scatter distrioution


USY-0
Item	Unit	Min	Typical	Max	Analytical Method
Relative crystallinity	%	70	75		X-ray diffractometer
Cell parameter	×10-10m	24.42	24.44	24.52	X-ray diffractometer
Total specific surface	m2/g	600	630		N2 adsorption
Na2O	wt%		1.2	1.5	Flame photometric analysis
SO42-	wt%		0.2	0.4	XRF
L.O.I.	wt%		6	10	Gravimetric analysis
Lattice collapse temperature	℃	1030			Differential scanning calorimeter
D50	um		5	6	laster scatter distrioution


DAY-12
Item	Unit	Min	Typical	Max	Analytical Method
Relative crystallinity	%	70	75		X-ray diffractometer
Total specific surface	m2/g	24.42	24.46	24.48	N2 adsorption
silica-alumina ratio	/	10	10.5	13	XRF
Na2O	wt%			0.1	Flame photometric analysis
SO42-	wt%		0.2	0.4	XRF
L.O.I.	wt%			15	Gravimetric analysis
Cl-	wt%		0.2	0.4
D50	um		5	6	laster scatter distrioution


DAY-20
Item	Unit	Min	Typical	Max	Analytical Method
Relative crystallinity	%	60	65		X-ray diffractometer
Cell parameter	×10-10m	24.32	24.33	24.35	X-ray diffractometer
Total specific surface	m2/g	580	610		N2 adsorption
Pore volume	ml/g	0.38			N2 adsorption
silica-alumina ratio	/	19	22	24	XRF
Na2O	wt%			0.05	Flame photometric analysis
L.O.I.	wt%		7	10	Gravimetric analysis
D50	um		5	6	laster scatter distrioution

We can produce y zeolite according to your requirement.

Email: y@yzeolite.com

Project Details

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y zeolite
Zeolite

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y zeolite molecular sieve quality factory
y zeolite quality manufacturer
y zeolite quality supplier