Boron Oxide Nanoparticles Dispersion (B2O3, Purity: 99.9%, Diameter: 80-100nm)

Typical Properties
CAS	1303-86-2
Catalog	ACM1303862-8
Molecular Weight	69.62 g/mol
Boiling Point	1860 °C
Melting Point	450 °C(lit.)
Flash Point	1860 °C
Purity	99.9 %
Density	2.46 g/mL at 25°C (lit.)
Appearance	Liquid (Suspension)
Storage	2-8 °C
Composition	B2O3
Concentration	2 % in NMP/Water
Diameter	80-100 nm
Precautions for use	According to different application fields, add the appropriate dosage. It is recommended to do a sample test before use.
Shipping	Ventilation, low temperature and dry
Solvent	NMP\Water
Stability	Long-term placement still remains monodisperse nanoparticles. It can be diluted many times and still maintain monodisperse stability.

Overview

Description

Boron trioxide, also known as "boric anhydride", is soluble in hot water and only slightly heated in cold water. Forms orthoboric acid in water. Volatile metaboric acid is formed in hot water vapor. In the molten state, various metal oxides can be dissolved to obtain colored boron glass. Alkali metals, magnesium and aluminum can reduce it to elemental boron. To obtain high-purity boron oxide, high-purity boric acid must be prepared first. The preparation methods of high-purity boric acid mainly include recrystallization method, ion exchange method, complex method, esterification-hydrolysis method, membrane separation method, electrochemical method, adsorption method law, etc.

Features

·Uniform particle size
·Good dispersion
·Excellent compatibility
·Chemically stable
·Safety and environmental protection

Application

·Flux for silicate decomposition
·Dopants and liquid sealants for semiconductor materials
·Acidic catalysts in organic synthesis
·Refractory Additives for Paints