Sodium Fluoroborate

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Sodium Fluoroborate Specification

Ph Level
5.0 - 8.0 (in aqueous solution)

Shape
Powder

Solubility
Soluble in water

Purity
>98%

Molecular Formula
NaBF4

Other Names
Sodium fluoborate

HS Code
282690

Melting Point
384 C

Molecular Weight
109.8 g/mol

Taste
Odorless, tasteless

Structural Formula
Na[BF4]

Density
2.47 Gram per cubic centimeter(g/cm3)

Form
Crystalline

Smell
Odorless

Storage
Store in a cool, dry place

Poisonous
Yes

Boiling point
Decomposes before boiling

Classification
Inorganic compounds

Chemical Name
Sodium Tetrafluoroborate

CAS No
13755-29-8

EINECS No
237-181-3

Grade
Technical grade

Standard
GB/T 4294-2004

Type
Inorganic salt

Usage
Used in aluminium refining, surface treatment, and as a chemical intermediate

Main Material
Sodium Fluoroborate

Application
Flux in metallurgy, electroplating, chemical synthesis

Sodium Fluoroborate Trade Information

Main Export Market(s)
South America, Middle East, Africa

About Sodium Fluoroborate

Discover the latest in technical grade sodium fluoroborate, a sublime white crystalline powder praised with favorable reviews by metallurgy and chemical synthesis experts worldwide. Procured using a monumental manufacturing process involving sodium carbonate, hydrofluoric acid, and boric acid, it boasts a purity of over 98% with a fine particle size. Stable and odorless, this inorganic compound is packaged in premium 25 kg HDPE bags, ensuring easy handling and storage. Highly sought after for aluminium refining, electroplating, and industrial surface treatments, it stands among the finest in its class. Manufactured, exported, and supplied by leading Indian producers, sodium fluoroborate guarantees reliability and performance for your monumental applications.

Unmatched Versatility and Excellence

Sodium Fluoroborate excels as a flux in metallurgy, electroplating, and chemical synthesis, making it a monumental choice for industries seeking the finest results. Its sublime features include high purity, excellent solubility in water, and fine powder particle size. The product offers clear advantages: stable storage, compatibility with a wide range of processes (though not with strong acids), and a two-year shelf life, making it ideal for demanding technical media and environments.

Sample Policy & Global Freight Solutions

We offer a clear sample policy to enable clients to evaluate sodium fluoroborate before procurement. Shipments are dispatched from major Indian FOB ports, ensuring seamless goods transport to global markets including Asia, Europe, and the Middle East. Our efficient transportation network and reliable freight partners guarantee safe and timely delivery of every order, whether you are a dealer, exporter, or retailer seeking monumental quality sourcing solutions.

FAQs of Sodium Fluoroborate:

Q: How is sodium fluoroborate commonly used in the industry?

A: Sodium fluoroborate is mainly used as a flux in metallurgy, for aluminium refining, surface treatment, electroplating, and as a chemical intermediate in various synthesis processes.

Q: What makes sodium fluoroborate favorable for procurement and storage?

A: Its stability under recommended conditions, fine crystalline powder form, and packaging in 25 kg HDPE bags contribute to safe, convenient, and long-term storage. It retains its efficacy for up to two years if stored in a cool, dry environment.

Q: What is the recommended process for handling and using sodium fluoroborate safely?

A: As it is classified as a harmful/irritant compound, users should handle sodium fluoroborate with care, using appropriate protective equipment and avoiding contact with strong acids.

Q: Where can sodium fluoroborate be procured, and who supplies it?

A: Sodium fluoroborate is available from leading dealers, exporters, manufacturers, producers, retailers, and suppliers in India, who can assist with procurement and export to various international markets.

Q: When is sodium fluoroborate commonly applied in chemical synthesis?

A: Sodium fluoroborate is used as a chemical intermediate during synthesis processes that require its specific solubility and reactivity, especially when high purity and stability are needed.

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