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At
present, Wuhan Baijierui Advanced Materials Co., Ltd. possesses
superior technical personnel dealing in the production,
research and development of lithium, rubidium and cesium
for a long time at home and abroad. With abundant production
experience and ability of research, they grasp the kernal
technology of production and development of highly purified
lithium, rubidium, and cesium celite series. Our company
can make research, production and development of all levels
of products according to different demands of customers.
Currently, we have provided lithium celite serial products
developed and manufactured by ourselves to many scientific
and technological enterprises inside and outside China.
At the same time, we strengthen the lateral cooperation
with domestic colleges and universities. With the help of
advanced technology and geographical advantage, the company
will be in the leading position at home in the research
and development of metal materials.
| Product's
name |
Molecular formula |
Grade |
Main Content not least than |
Purpose |
| Metal Lithium |
Li |
98.5-99.0% |
98.5～99.0% |
Main raw material producing
Li battery, light alloy of Li-Al, organic
composing fibrin , synthetic rubber, etc.
As refrigerator in nucleus fission reactor,
main raw material as increment in nucleus
fusion reactor. |
| |
Li2CO3 |
99.9% |
99.9% |
Prepare for various kinds
of high-purity of Li-salt, additive in Al-
electrolyse and applied in optics glass,
medicine, vitreous enamel industry,, catalysor
etc, improve products’ capability. |
| Fluorescence
Grade |
95.0% |
Applied in producing fluorescence
powder (substitute importance) |
| Battery
specially application grade |
99.9%
(Ø<8um) |
Material of producing lithium
iron battery, Detailed introduction in “special
application for batteries” |
| High
purity |
99.99%
99.999% |
Applied in producing acoustics
or optics grade mono-crystal such as lithium
tantalumate, lithium niobium acid, etc. |
| Lithium
phosphate |
Li3PO4 |
Fluorescence
Grade |
95.0% |
Applied in producing colored
fluorescence powder （substitute
Importing) |
| Lithium
hydroxide(mono-water) |
LiOH.H2O |
Industrial
Grade |
56.5% |
Additive in electrolyzing
Aluminium to improve aluminium output. Widely
used in glass, ceramic industry to improve
products’ capability. Mean while, also
important additives in products of Lithium
group lubricating grease, plumbous acid
accumulator，anticorrosive zinc group paint,
etc. |
| Battery
grade |
56.5% |
Used in producing
alkalescent accumulator and nickel- hydrogen，nickel-
cadmium batteries.. Detailed introduction
in “special application for batteries” |
| Absolute
Lithium perchlorate |
LiClO4 |
99.0% |
99.0% |
Applied as
oxidant of rocket fuel, preparing for electrolyte
in Li-battery in battery industry.. . Detailed
introduction in “special application for
batteries” |
| Absolute
Lithium chloride |
LiCl |
High
purity |
99.3% |
Applied as
dehumidizer in air-conditioner, chloride
of lime, disinfectant, preparing for electrolyte
in Mn-Li-battery and synthetic fiber, metal,
alloy solder，fusing agent, etc. |
| Lithium aluminate
tetrachloride |
LiAlCl4 |
High
purity |
98.0% |
Raw material
of producing thionyl chloride battery..
Detailed introduction in “special application
for batteries” |
| Lithium Fluoride |
LiF |
Battery
special applying grade |
98.0～99.95% |
Applied in
ceramic, glaze medicine, copper jointing,
optics glass, additive in aluminium and
rare earth metal electrolyte, to reduce
melting point and viscosity of electrolyte |
|
Lithium Sulphate |
Li2SO4.H2O |
Grade
One to High Purity |
98.0% |
Widely
applied in catalyzer, medicine and protechny
production industry, etc..
|
| Chemically
Pure CP98.0 %
Analytical
Pure AR 99.0 % |
99.0% |
| Lithium Bromide |
LiBr |
Analytical
Pure AR 99.0 % |
99.0% |
Applied in absorbing
cryogen in air-condition, catalyzer, sleeping
potion, ataractic, etc. |
| Lithium Acetate |
CH3CO2Li |
Analytical
Pure AR 99.0 % |
99.0% |
Applied in
separation of saturated and unsaturated
fatty acid, Raw material of preparing for
hydragogue and Lithium iron battery in medicine
industry. |
| Lithium Hexafluorophosphate |
Being
researched |
|
|
Applied in
production of Lithium iron battery. Detailed
introduction in “special application for
batteries” |
|
| Product's
name |
Molecular formula |
Grade |
Main Content not least than |
Purpose |
| Metal Cesium |
Cs |
AR～High purity |
99.0～99.98% |
Applied in frequency
marking Cesium atomic clock, Cesium photoelectricity
cathode, producing of trace getter and detectors
in vacuum apparatus，etc. |
| Cesium Nitrate |
CsNO3 |
AR～High purity |
99.5～99.99% |
Analyzing regents, production
of Cesium salts, oxidant, detecting for radioactive
materials in environment controlling and analyzing,
catalyzer in petro-chemi industry, adjusting
refractive index in optical fiber. |
| Cesium
Carbonate |
Cs2CO3 |
AR～High purity |
99.0～99.99% |
Basic material for preparation
of all kinds of Cesium salts, production of
special optics glass, activator in petrochemical
industry, special ceramic, vitriolic industry,
analyzing regents, etc. |
| Cesium Sulphate |
Cs2SO4 |
CP～AR |
99.0～99.5% |
analyzing regents, trace
analyzed lead, three-valued chrome，and applied
in brewage industry, aids for a kind of catalyzer |
| Cesium
Iodide |
CsI |
High
purity |
99.999% |
Applied in
analyzing agents, X-ray image reinforced
tube, material of flash crystal like Cesium
Iodide- sodium and Cesium
Iodide- thallium, additive in special photoelectric
source, special photics glass and in medicine
industry.. |
| Cesium Chloride |
CsCl |
CP～High purity |
99.0～99.98% |
Applied in
analyzing agents and raw material for distilling
Metal Cesium and
mono-crystal containing Cesium. Widely
used in industries of electronic and medicine,
etc. |
| Cesium Chromate |
Cs2CrO4 |
AR～High purity |
99.5～99.99% |
Applied in
preparation for metal Cesium, photomultiplier,
photoelectric cathode, microwave night seeing
technology, special photoelectric
source,etc. |
|
| Product's
name |
Molecular formula |
Grade |
Main Content not least than |
Purpose |
| Metal Rubidium |
Rb |
High purity |
99.3% |
Applied in
frequency marking Cesium atomic
clock, in electronics, optics and infrared
ray technologies, material of producing
photronic cell and photoelectric cathode,
etc. |
| Rubidium
Carbonate |
Rb2CO3 |
Analytical
Pure |
99.5% |
Basic material
of preparation for other Rubidium
salts and Rubidium mono-crystal, as catalyzer
in industry of special glass, ceramic, chemical,etc. |
| Rubidium
Chloride |
RbCl |
Analytical
Pure |
99.5% |
Applied in
analyzing Sodium, Iridium, Titanium, Zirconium,
perchlorate salt. Material of preparation
for metal Rubidium by deoxidizing
of calcium, also material of preparation
for other Rubidium salt and separation for
isotope. |
| Rubidium
Nitrate |
RbNO3 |
Analytical
Pure |
99.5% |
Analytical
reagents, preparation for Rubidium
salts, oxidant, detecting for radioactive
stuff in environmental controlling and analyzing,
activator in petro-chemical
industry, adjusting refractive index in
optical fiber,etc. |
|
| Product's
name |
Molecular formula |
Grade |
Main Content not least than |
Purpose |
| Mono water-Lithium
hydroxide |
LiOH.H2O |
Battery specializing grade
High
purity battery grade
|
96.0% |
Applied in producing
nickel-hydrogen, nickel-cadmium battery
(surrounding protection battery) |
| Battery specializing grade |
97.0% |
| Anhydrous
Lithium Perchlorate |
LiClO4 |
Battery specializing grade |
99.0% |
Applied in producing
and preparation of electrolyte of Lithium,
Manganese buttony battery. |
| Anhydrous
Lithium Chloride |
LiCl |
Battery specializing grade |
99.3% |
Applied in
producing of electrolyte of Lithium, Manganese
battery, suitable for producing thermal
battery (high-temperature battery—applied
in missile)
|
| Superfine
Lithium Chloride |
Li2CO3 |
Specialized grade
(Ø<8um) |
99.9% |
Applied in
producing Lithium iron battery |
| Lithium tetrachloro-aluminate |
LiAlCl4 |
Battery specializing grade |
98.0% |
Applied in
producing sulfiny chlorine battery electrolyte
(battery widely used in gas meter and mine,
etc.) |
| Spheric Nickelous
hydroxid |
Ni(OH)2 |
Battery specializing grade |
59.0% |
Main material
of producing nickel-hydrogen and nickel-cadmium
battery |
| Lithium Hexafluorophosphate |
In researching |
|
|
Applied in
producing Lithium iron battery. |
|
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