Inorganic Fluoride Products

What are Inorganic Fluorides?

Inorganic fluorides are salts or compounds containing fluoride ions (F-) bonded to a metal or non-metal. They are crucial in various industrial applications, including glass manufacturing, electronics, pharmaceuticals, and catalysis. With their exceptional properties, inorganic fluorides serve as key reagents and materials in both commercial and research-driven environments.

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Alfa Chemistry serves as a specialized supplier who understands that every chemical application demands specific requirements and specifications. Our line of inorganic fluorides serves the exacting demands of different industries, including electronics manufacturing, pharmaceutical production, and chemical synthesis. Our support extends throughout the entire lifecycle, from initial consultation to product delivery, enabling your application to reach its intended outcomes.

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What is the Special Feature of Inorganic Fluorides?

Strong Corrosiveness

Inorganic fluorides are extremely corrosive, especially hydrogen fluoride (HF) to glass and metal.

High Solubility

Many inorganic fluorides have high solubility in water and are suitable for use in water treatment and chemical reactions.

Thermal Stability

Such as aluminum fluoride and calcium fluoride have excellent high temperature stability and are suitable for industrial applications in high temperature environments.

Why Choose Inorganic Fluoride from Alfa Chemistry?

Reputable supplier of high quality

Multiple packages available to meet international standards

Inventory available to help customers save time

Purity that meets the highest quality standards

Fluoride in many forms (powder, crystals, solutions), customized solutions

Global supply chain, on-time delivery and reliable support

Customers Often Look For

At Alfa Chemistry, we are leaders in providing high-quality inorganic fluorides for various industrial applications.

Our best-selling fluorides are trusted by professionals for their unmatched performance and versatility. Click the links below to explore the products that meet your needs. If you don't see your product here, we can still custom synthesize it.

Chromium(II) fluoride

OFC10049102

Vanadium(III) fluoride

OFC10049124

Vanadium Fluoride

OFC10049168

Rhenium(VI) Fluoride

OFC10049179

Cerium(IV) Fluoride

OFC10060103

Silver Hexafluoroarsenate(V)

OFC12005822

Sodium Hexafluoroarsenate(V)

OFC12005866

Silver Hexafluorosilicate

OFC12021646

Cobalt(II) Silicofluoride

OFC12021680

Ferrous Hexafluorosilicate Hexahydrate

OFC12021704

Dihydrogen hexafluorozirconate

OFC12021953

Ammonium Hexafluoroniobate

OFC12062134

Sodium Aluminum Fluoride (Chiolite)

OFC12068552

Silver Hydrogen Fluoride

OFC12249524

Chromium(III) Fluoride Tetrahydrate

OFC123333982

Ammonium Fluoride Hydrate

OFC12449353

Disilver Fluoride

OFC1302018

Palladium Fluoride

OFC13444967

Copper(II) fluoride dihydrate

OFC13454881

Platinum Fluoride

OFC13455157

Chromium(II) fluoride

Catalog: OFC10049102

CAS Number: 10049-10-2

Molecular Formula: CrF2

Molecular Weight: 89.99

Vanadium(III) fluoride

Catalog: OFC10049124

CAS Number: 10049-12-4

Molecular Formula: VF3

Molecular Weight: 107.94

Vanadium Fluoride

Catalog: OFC10049168

CAS Number: 10049-16-8

Molecular Formula: F4V

Molecular Weight: 126.93

Rhenium(VI) Fluoride

Catalog: OFC10049179

CAS Number: 10049-17-9

Molecular Formula: F6Re

Molecular Weight: 300.20

Cerium(IV) Fluoride

Catalog: OFC10060103

CAS Number: 10060-10-3

Molecular Formula: CeF4

Molecular Weight: 216.11

Silver Hexafluoroarsenate(V)

Catalog: OFC12005822

CAS Number: 12005-82-2

Molecular Formula: AgAsF6

Molecular Weight: 296.78

Sodium Hexafluoroarsenate(V)

Catalog: OFC12005866

CAS Number: 12005-86-6

Molecular Formula: NaAsF6

Molecular Weight: 211.9

Silver Hexafluorosilicate

Catalog: OFC12021646

CAS Number: 12021-64-6

Molecular Formula: Ag2F6Si

Molecular Weight: 357.81

Cobalt(II) Silicofluoride

Catalog: OFC12021680

CAS Number: 12021-68-0

Molecular Formula: F6SiCo

Molecular Weight: 201

Ferrous Hexafluorosilicate Hexahydrate

Catalog: OFC12021704

CAS Number: 12021-70-4

Molecular Formula: F6FeH12O6Si

Molecular Weight: 306.01

Dihydrogen hexafluorozirconate

Catalog: OFC12021953

CAS Number: 12021-95-3

Molecular Formula: H2ZrF6

Molecular Weight: 207.22

Ammonium Hexafluoroniobate

Catalog: OFC12062134

CAS Number: 12062-13-4

Molecular Formula: F6H4NNb

Molecular Weight: 224.93

Sodium Aluminum Fluoride (Chiolite)

Catalog: OFC12068552

CAS Number: 12068-55-2

Molecular Formula: Al3Na5F14

Molecular Weight: 461.87

Silver Hydrogen Fluoride

Catalog: OFC12249524

CAS Number: 12249-52-4

Molecular Formula: AgF2H

Molecular Weight: 146.87

Chromium(III) Fluoride Tetrahydrate

Catalog: OFC123333982

CAS Number: 123333-98-2

Molecular Formula: H8CrF3O4

Molecular Weight: 181.05

Ammonium Fluoride Hydrate

Catalog: OFC12449353

CAS Number: 12449-35-3

Molecular Formula: FH6NO

Molecular Weight: 55.053

Disilver Fluoride

Catalog: OFC1302018

CAS Number: 1302-01-8

Molecular Formula: Ag2F

Molecular Weight: 234.73

Palladium Fluoride

Catalog: OFC13444967

CAS Number: 13444-96-7

Molecular Formula: F2Pd

Molecular Weight: 144.417

Copper(II) fluoride dihydrate

Catalog: OFC13454881

CAS Number: 13454-88-1

Molecular Formula: CuF2·2H2O

Molecular Weight: 137.57 (101.54anhy)

Platinum Fluoride

Catalog: OFC13455157

CAS Number: 13455-15-7

Molecular Formula: F4Pt

Molecular Weight: 271.07

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Access the “Order Center” on our website and complete the necessary form to submit your request. Feel free to send an email to our support team with your request and requirements.

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How are Inorganic Fluorides Used?

Aluminum Production

In the electrolysis of aluminum, inorganic fluorides like sodium hexafluoride and aluminum fluoride serve as essential electrolytes, significantly lowering the melting temperature of alumina from 2000°C to approximately 950°C, thereby reducing energy consumption and enhancing process efficiency.

Semiconductor Manufacturing

Fluorides, particularly hydrogen fluoride, are widely used in semiconductor etching processes. HF effectively removes silicon dioxide layers from semiconductor wafers, crucial for the fabrication of integrated circuits and microchips.

Glass and Ceramic Industries

Inorganic fluorides such as calcium fluoride and magnesium fluoride are added to glass and ceramics to improve their optical and mechanical properties. CaF₂ lowers the melting point of glass, while MgF₂ is utilized in optical coatings to enhance durability and light transmission.

Lithium-Ion Batteries

Lithium hexafluorophosphate (LiPF₆), a key inorganic fluoride, is used as an electrolyte in lithium-ion batteries, critical for modern electric vehicles and portable electronic devices. Its high ionic conductivity supports battery efficiency and longevity.

Water Treatment

Inorganic fluorides, such as sodium fluoride, are used in drinking water fluoridation to prevent dental caries. These compounds promote remineralization of tooth enamel and reduce the growth of harmful bacteria.

Nuclear Industry

Uranium hexafluoride is a critical fluoride compound in the nuclear fuel cycle, used in the uranium enrichment process. It is also employed in the safe transport and handling of radioactive materials due to its ability to form stable, gaseous complexes.

Customer Reviews

John D., Senior Chemist

"Alfa Chemistry’s inorganic fluorides are consistently top-notch. The quality and delivery times are unmatched. Highly recommended!"

Maria S., R&D Manager

"Our company has relied on Alfa Chemistry’s fluorides for multiple years within the semiconductor industry. Every product from Alfa Chemistry reliably functions and satisfies our demanding standards."

David T., Process Engineer

"Alfa Chemistry’s inorganic fluorides deliver unmatched purity and consistency, which are essential to our production process."

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What Our Customers Ask

How do I store inorganic fluorides?

Keep inorganic fluorides in a cool dry location and separate them from moisture and incompatible substances. Adhere to the recommended storage guidelines that are designated for each specific fluoride type.

Is it possible to acquire your inorganic fluorides in multiple purity levels?

Our inventory includes multiple grades of inorganic fluorides which range from industrial to analytical-grade to fulfill your specific application requirements.

What steps should I take to maintain accurate fluoride dosages throughout my procedure?

Our technical support team is available to help you select the proper concentration and application methods for your specific needs.

Is it possible to buy limited amounts specifically for research needs?

Our products are available in small quantities for research and testing purposes.