Rubidium Nitrate

Molecular Formula:RbNO₃

CAS NO.:13126-12-0

Consultation Hotline:

021-37599878

Inquiry

Product Introduction

Molecular Formula : RbNO₃

CAS NO. : 13126-12-0

Product Introduction : Rubidium nitrate is colorless cubic rhombus or triclinic crystal, easy moisture absorption, melting point310 ℃, relative density 3.11/cm3.161.4 ℃, it changes from rhombohedral and triclinic crystals to cubic crystals. Rubidium nitrate is highly soluble in water, soluble in nitric acid, slightly soluble in acetone.

Product Standards :

Test Items	Control Standard(%)
RbNO3	≥ 99.5
Li	≤ 0.001
Na	≤ 0.02
K	≤0.05
Ca	≤ 0.01
Mg	≤ 0.001
Fe	≤ 0.0005
Al	≤ 0.001
Si	≤ 0.001
Pb	≤ 0.0005
Cs	≤ 0.2

Use : Rubidium nitrate is mainly used for magnetic fluid power generation and other rubidium salt raw materials, while also applied to catalysts,chelating agents, inSpecial ceramics, missile thrusters and raw materials containing rubidium single crystalshas an important role.

Packing : 1kg/bottle, 25kg/drum, or packed on demand.

Storage: Store in a sealed container away from light, moisture, and away from acidic and oxidizing substances.

Transportation: Avoid exposure to sunlight, rain, high temperature, and packaging damage during transportation.

Application Areas

Rubidium nitrate is widely used in many fields, including optics, electronics, medicine, chemical laboratories, adhesives and ceramic materials, magnetohydrodynamic power generation, catalysts, special ceramics, propulsion, and organic synthesis.

● Optical field
Rubidium nitrate is widely used in the field of optics. Due to its high refractive index and low dispersion, rubidium nitrate is often used to manufacture optical glass and optical components, such as lenses and prisms. These components have important applications in optical instruments, photographic equipment and other fields. In addition, rubidium nitrate can also be used to manufacture nonlinear optical materials, such as optical waveguides and optical switches, which provides an important material basis for the development of modern optical communication technology.

● Electronic field
In the field of electronics, rubidium nitrate is often used to manufacture electronic components and batteries due to its good conductivity and stability. Specific applications include the manufacture of electronic devices such as capacitors and resistors, as well as the electrolyte of batteries to improve the energy density and cycle life of batteries.

● Medical field
Rubidium nitrate also has important applications in the medical field. Due to its strong radioactivity and biological activity, rubidium nitrate is often used in medical diagnosis and treatment. Specific applications include the manufacture of radioactive tracers for detecting lesions and metabolic processes in the human body; and the manufacture of radioactive drugs, such as radiotherapy drugs, which provide new means for the treatment of diseases such as cancer.

● Chemical laboratories, adhesives and ceramic materials
In chemical laboratories, rubidium nitrate is often used as an oxidant, recrystallization agent and starting material for the preparation of other rubidium compounds. In adhesives and ceramic materials, rubidium nitrate can enhance their hardness and heat resistance.

● Magnetohydrodynamic power generation, catalysts, special ceramics, propellers and organic synthesis
Rubidium nitrate is also used for magnetohydrodynamic power generation and the preparation of other rubidium salt raw materials. In addition, it has applications in catalysts and special ceramics, and has applications in fields such as propellers and raw materials containing rubidium single crystals. In organic synthesis, rubidium nitrate is used as a catalyst and chelating agent.

CERTIFICATE

Rubidium Nitrate

INQUIRY

We respond to all feedback and look forward to your response