Hydrides Series – WOBO Scientific Research New Materials One-Stop Service Platform

Europium Hydride (EuH2/EuH3)

enerke — Wed, 23 Apr 2025 02:25:19 +0000

Product Overview
Europium hydride is a compound composed of europium and hydrogen, with chemical formulas EuH2 or EuH3. It is widely used in the production of high-purity rare earth metal powders. Europium hydride exhibits high reactivity, so it needs to be stored in a sealed container in a dry, cool place.

Key Features

High Purity: Available in 99% and 99.9% purity, meeting high-precision requirements.
Adjustable Particle Size: Customizable particle size from 50 mesh to 500 mesh to meet various application needs.
Storage Conditions: Must be kept sealed and stored in a cool, dry environment with good ventilation.
Chemical Stability: Europium hydride maintains good stability when stored under appropriate conditions.

Applications

High-Purity Rare Earth Metal Preparation: Primarily used for the production of high-purity europium metal.
Fluorescent Materials: Europium is an important luminescent material, widely used in fluorescent displays and laser applications.
Electronic Devices: Applied in optoelectronics, display technology, and other electronic components.
Radiation Detection: Europium hydride can be used as a radiation detection material, with applications in the nuclear industry.

Ytterbium Hydride (YbH2/YbH3)

enerke — Wed, 23 Apr 2025 02:23:50 +0000

Product Overview
Ytterbium hydride is a compound consisting of ytterbium and hydrogen, with chemical formulas YbH2 or YbH3. It is a key precursor for high-purity rare-earth metal powders and is commonly used in the preparation of high-purity ytterbium metal. Ytterbium hydride is unstable in air and highly reactive with water, so it must be stored under strictly controlled environmental conditions. Containers should remain sealed, and storage should be in a cool, dry, well-ventilated area.

Key Features

High Purity: Available in 99% and 99.9% purity, meeting diverse technical needs.
Adjustable Particle Size: Customizable particle size ranging from 50 mesh to 500 mesh.
Stability: Exhibits good chemical stability during storage, but should be protected from exposure to moisture and air.
High Reactivity: Due to its high reactivity, Ytterbium hydride is well-suited for the synthesis of high-purity rare-earth metals.

Applications

Rare Earth Metal Powder Preparation: Primarily used for the preparation of high-purity ytterbium metal powders.
High-Performance Alloys and Materials: Can be used in the synthesis of rare-earth alloys, optical materials, and other advanced materials.
Electronics and Laser Applications: Widely used in laser technologies, optoelectronics, and related fields.
Catalysts: Can serve as a catalyst or catalyst carrier, widely used in chemical synthesis and energy conversion technologies.

Yttrium Hydride (YH2)

enerke — Wed, 23 Apr 2025 02:22:50 +0000

Product Overview
Yttrium Hydride (YH2) is a hydride of yttrium, typically used as a precursor for the preparation of high-purity rare earth metal powders. It exhibits good chemical stability and high reactivity, making it useful in the synthesis of other yttrium compounds and rare earth metal powders. It should be stored in sealed containers in cool, dry conditions with adequate ventilation to prevent reaction with oxygen or moisture from the air.

Key Features

High Purity: Available in 99% and 99.9% purity, suitable for various application needs.
Adjustable Particle Size: Available in particle sizes ranging from 50 mesh to 500 mesh, with custom options to meet specific process requirements.
Good Chemical Stability: Exhibits high chemical stability during storage and transportation.
High Reactivity: As a yttrium hydride, it has a high reactivity and can be used in the synthesis of other yttrium compounds.

Applications

Rare Earth Metal Powder Preparation: Primarily used as a precursor for the preparation of high-purity rare earth metal powders, an important material for yttrium metal.
High-Tech Fields: Used in the production of optical materials, magnetic materials, and catalysts.
Material Synthesis: Employed in the synthesis of other yttrium-based compounds such as yttrium aluminum garnet (YAG) and yttrium iron garnet (YIG).

Terbium Hydride (TbH)

enerke — Wed, 23 Apr 2025 02:21:21 +0000

Product Overview

Terbium hydride is a powdered material produced by the reaction of terbium with hydrogen. It exhibits high chemical stability and unique physical properties. This material is widely used in rare earth metal production, high-end electronics, magnetic materials, and specialized chemical processes. With excellent hydrogen absorption capabilities, terbium hydride can also be utilized in hydrogen storage and release applications under specific conditions.

Key Features

High Purity:Available in 99% and 99.9% purity to meet various application needs.
Customizable Particle Size:Ranging from 50 mesh to 500 mesh, adjustable as required.
Good Stability:Chemically stable under suitable conditions, making it ideal for specialized applications.
Storage Requirements:Should be stored in a cool, dry environment, kept sealed, and well-ventilated.

Applications

High-Purity Rare Earth Metal Production:Used as a key intermediate in manufacturing high-purity rare earth metal powders.
Magnetic Materials:Contributes to the development of high-performance magnetic materials, enhancing their magnetic properties.
Specialized Chemical Applications:Widely applied in advanced chemical synthesis and high-tech material research.

Titanium Hydride (TiH2)

enerke — Wed, 23 Apr 2025 02:13:56 +0000

Product Overview
Titanium Hydride (TiH2) is a stable gray or black powder widely used in the titanium metal hydrogenation process. It is produced by reacting hydrogen gas with titanium powder, and exists primarily in the TiH2 form, possessing unique structural properties. Titanium hydride is a brittle material and requires special processing techniques, such as hydrogen treatment or ball milling, for industrial applications. Its stoichiometric composition is close to TiH2, but it can decompose into various titanium hydride variants at high temperatures.

Product Features

Stability:TiH2 is a gray or black powder that demonstrates good stability, especially in a pure hydrogen atmosphere.
Hydrogenation Capability:It is formed through the reaction of hydrogen gas with titanium powder, offering high hydrogen absorption capacity.
High-Temperature Decomposition:At near-stoichiometric levels, TiH2 has a distorted body-centered tetragonal structure and is prone to decomposition.
Storage Requirements:Should be stored in a cool, well-ventilated environment, away from high temperatures and oxidation.
Decomposition and Transformation:During decomposition, TiH2 transforms into various compositions, such as TiH1.74, eventually adopting the hexagonal close-packed α-form.

Applications
Titanium hydride has a broad range of applications in both industrial and research fields, including:

Titanium Metal Processing:Used in the hydrogenation treatment of titanium and in the production process of titanium hydrides.
Hydride Material Preparation:Serves as a base material for the preparation of hydrogenated materials, widely applied in gas storage, catalysts, and other fields that require titanium hydride materials.
Laboratory Research:In laboratories, TiH2 is commonly used as a subject of study for metal hydrides, specifically for experiments involving hydrogen storage and release processes.

Strontium Hydride (SrH2)

enerke — Wed, 23 Apr 2025 02:12:48 +0000

Product Overview
Strontium hydride is a covalent hydride compound, presented as a white powder with weak alkalinity. It is a highly reactive and flammable chemical substance that can react violently with water, generating strontium hydroxide and hydrogen gas. It also reacts with alcohols to form strontium alkoxides and can undergo explosive reactions when mixed with certain oxides under heating conditions.

Key Features

High Purity: Available in 99.9% purity, suitable for fine chemical applications.
Strong Reactivity: Reacts violently with water and alcohols, releasing hydrogen gas.
Strong Irritant: It is highly irritating, and caution is needed during handling.
Customizable Specifications: Available in various particle sizes to suit different application needs.

Applications

Organic Reaction Condensing Agent: Used as a condensing agent in organic synthesis.
Reducing Agent: As a reducing agent, strontium hydride is widely used in various chemical reactions.
Chemical Synthesis: Provides key reactivity in special chemical synthesis reactions.

Cerium Hydride (CeH2/CeH3)

enerke — Wed, 23 Apr 2025 02:11:23 +0000

Product Overview
Cerium hydride is a compound formed by the reaction of cerium with hydrogen, existing in two forms: dihydride (CeH2) and trihydride (CeH3). Dihydride appears as blue-black crystals, while trihydride is a brittle, blue-black amorphous powder. The product exhibits good stability and hydrogen storage capacity and can react with water under certain conditions to form cerium chloride and release hydrogen gas.

Key Features

High Purity: Available in 99.9% and 99.99% purity to ensure high performance of materials.
Stability: Cerium trihydride is stable in dry air, while cerium dihydride can self-ignite in humid air.
Hydrogen Storage Capacity: Serves as an efficient hydrogen storage material.
Customizable Specifications: Available in various particle sizes to meet diverse application requirements.

Applications

Hydrogen Storage Materials: Widely used in hydrogen storage technologies, especially in high-efficiency hydrogen storage systems.
Catalyst Applications: Acts as a component in catalysts for certain chemical reactions.
High-Performance Materials: Used in the manufacturing of special materials, particularly in fields requiring hydrogen storage capabilities.

Samarium Hydride (SmH2/SmH3)

enerke — Wed, 23 Apr 2025 02:09:28 +0000

Product Overview
Samarium hydride is a compound consisting of samarium and hydrogen, with chemical formulas SmH2 or SmH3. It is widely used for the preparation of high-purity rare earth metal powders. Samarium hydride requires sealed storage and should be kept in a cool, dry, well-ventilated place during storage and use.

Key Features

High Purity: Available in 99% and 99.9% purity, meeting high-precision requirements.
Adjustable Particle Size: Customizable particle size from 50 mesh to 500 mesh to suit various application needs.
Storage Conditions: Must be stored in a sealed container in a cool, dry place with good ventilation.
Stability: Samarium hydride demonstrates good stability when stored under appropriate conditions.

Applications

High-Purity Rare Earth Metal Preparation: Primarily used in the production of high-purity samarium metal.
Magnetic Materials: Samarium is widely used in the manufacture of high-performance magnetic materials.
Laser Technology: Used in lasers and other optical applications.
Electronic Devices: Applied in certain specialized electronic components.

Praseodymium Hydride (PrH2/PrH3)

enerke — Wed, 23 Apr 2025 02:08:16 +0000

Product Overview
Praseodymium hydride is a rare earth hydride used in the production of high-purity metal powders. It can be prepared through a chemical reaction and typically appears in powder or granule form. It is widely used in the manufacturing of high-purity metal powders and is suitable for industries requiring high-quality materials.

Key Features

High Purity: Available in 99% and 99.9% purity, ideal for precision material preparation.
Stability: Requires sealed, dry storage with good ventilation to maintain stability.
Customizable Specifications: Different powder specifications are available to meet various application requirements.

Applications

High-Purity Metal Powder Manufacturing: Used in the production of high-purity praseodymium metal.
Rare Earth Metal Applications: Useful in the manufacture of rare earth metals and their alloys, widely applied in high-tech industries.
Magnetic Materials: Plays an important role in the production of magnetic materials.

Neodymium Hydride (NdH2/NdH3)

enerke — Wed, 23 Apr 2025 01:46:09 +0000

Product Overview
Neodymium hydride is an indigo-colored compound with good stability, though it decomposes in water. It is typically prepared by heating neodymium powder to 220°C and introducing hydrogen gas. Neodymium hydride is primarily used for producing high-purity rare earth metal powders and has a wide range of applications in high-performance material production.

Key Features

High Purity: Available in 99% and 99.9% purity, suitable for precision applications.
Stability: Stable in dry air but decomposes upon contact with water.
Storage Conditions: Should be stored in a sealed container, kept in a cool, dry place with good ventilation.

Applications

High-Purity Rare Earth Metal Preparation: Primarily used in the production of high-purity neodymium metal.
Magnetic Materials: Essential in the manufacturing of high-performance magnetic materials.
Electronics and Optics: Has applications in electronics, optical devices, and related fields.