Send Inquiry

Request To Call Back

Di - BORON TRIOXIDE

Name: Di - BORON TRIOXIDE
Brand: ALPHA CHEMIKA
Price: 7178 INR
Availability: InStock

Price 7178 INR/ Gram

Get a Price/Quote

MOQ : 500 Grams, ,

Di - BORON TRIOXIDE Specification

Molecular Weight
69.62 g/mol

Melting Point
450°C

Ph Level
3.7 (in aqueous solution)

Usage
Raw Material for Glass, Enamels, Fluxes, and Metallurgical Applications

Purity
98%

Shelf Life
Stable under prescribed storage conditions

Density
2.46 Gram per cubic centimeter(g/cm3)

Molecular Formula
B2O3

Packaging Type
HDPE Bag / Drum

Storage Instructions
Keep container tightly closed, store in a dry, cool and well-ventilated place.

Boiling point
1860°C

Physical State
Powder / Solid

Size
Customized / On request

CAS No
1303-86-2

Grade
Laboratory Grade

Type
Chemical Compound

Application
Glass Industry, Ceramics, Specialty Alloys

Appearance
White Crystalline Solid

Purity(%)
98%

Refractive Index
1.594

Free from
Heavy Metal Impurities

EC Number
215-125-8

Form
Anhydrous, Hygroscopic

Handling Precaution
Avoid contact with eyes and skin; use personal protective equipment

UN Number
Not regulated

Odor
Odorless

HS Code
28100020

Stability
Chemically Stable under Normal Conditions

Manufacturing Method
Thermal oxidation of boron compounds

Hazard Class
Non-Hazardous

Solubility
Soluble in water and alcohol

Di - BORON TRIOXIDE Trade Information

Minimum Order Quantity
500 Grams, ,

Supply Ability
50000 Grams, , Per Week

Delivery Time
4-5 Days

About Di - BORON TRIOXIDE

Discover the peerless quality of our Di-Boron Trioxide, an acclaimed chemical compound tailored for extraordinary performance across several industries. This splendid, anhydrous white crystalline solid boasts a purity of 98% and is completely free from heavy metal impurities. Specially manufactured via thermal oxidation, it is odorless, chemically stable, and hygroscopic-meeting laboratory-grade standards. With its remarkable solubility in water and alcohol, non-hazardous status, and personalised packaging options, Di-Boron Trioxide stands as a special solution for glass, ceramics, specialty alloys, and metallurgical processes, ensuring splendid results tailored to your unique needs.

Commercial Applications and Versatility

Di-Boron Trioxide is widely acclaimed for its versatility in various commercial sectors. It serves as a peerless raw material in the glass industry, enhances ceramics, and functions as an extraordinary flux in metallurgical applications. Highly suitable for laboratory, industrial, and manufacturing use, it is the special choice for creating specialty alloys and enamels. Its splendid properties ensure effectiveness and consistent results, making it an essential compound for those seeking reliability and high performance in their processes.

Supply Capacity and Packaging Excellence

We maintain a robust supply of Di-Boron Trioxide, ensuring prompt and reliable delivery to meet diverse market needs. Packaging is carefully handled in HDPE bags or drums, maintaining chemical integrity during transit and storage. Market value is optimized through personalised sizing and packaging as per customer requirements. Delivery times are streamlined, with stock readily available for dispatch. Each shipment is tailored for maximum shelf life, ensuring product stability under prescribed storage conditions.

FAQ's of Di - BORON TRIOXIDE:

Q: How should Di-Boron Trioxide be stored to maintain its stability?

A: Di-Boron Trioxide should be kept in a tightly closed container and stored in a dry, cool, and well-ventilated place to preserve its stability and prevent moisture absorption.

Q: What are the main benefits of using Di-Boron Trioxide in manufacturing?

A: The compound offers high purity, is free from heavy metal impurities, and has acclaimed solubility-making it ideal for enhancing clarity and performance in glass, ceramics, and metallurgical processes.

Q: Where can Di-Boron Trioxide be applied commercially?

A: It is widely used in the glass industry, ceramics manufacturing, the production of specialty alloys, enamels, and as a flux in metallurgical operations.