Palladium on Barium Sulfate Catalyst Powder

• High-performance Palladium on Barium Sulfate Catalyst Powder
• Pd/BaSO₄ Catalyst
• Palladium on BaSO₄
• Palladium Supported on Barium Sulfate
• High-purity palladium
• High-purity barium sulfate support
• Controlled palladium loading
• High catalytic activity
• Controlled palladium dispersion
• High selectivity
• Controlled particle-size distribution
• Stable inorganic support
• Excellent chemical resistance of BaSO₄ support
• Suitable for selective hydrogenation
• Suitable for organic synthesis
• Suitable for pharmaceutical chemistry
• Suitable for specialty chemical processing
• Suitable for laboratory research
• Custom Pd loading available
• Custom particle size available
• Custom support characteristics available
• COA available

Property	Specification
Product Name	Palladium on Barium Sulfate Catalyst Powder
Common Names	Pd/BaSO₄, Pd on BaSO₄
Active Metal	Palladium (Pd)
Support	Barium Sulfate (BaSO₄)
Catalyst Type	Supported Metal Catalyst
Palladium Loading	Custom / Typically Low wt.%
Palladium Dispersion	Controlled
Support Purity	High Purity
Particle Size	Custom
D10 / D50 / D90	Custom
Moisture	Controlled
Chloride	Controlled
Sulfur	Controlled
Heavy Metals	Controlled
Appearance	Gray / Off-White to Dark Powder, Grade Dependent
Surface Area	Custom
Packaging	Bottle / Drum / Custom

• Palladium on Barium Sulfate Catalyst Powder
• Pd/BaSO₄ Catalyst
• Pd on BaSO₄
• Palladium Supported on Barium Sulfate
• High-Purity Pd/BaSO₄
• Low-Loading Pd/BaSO₄
• Custom Palladium-Loading Catalyst
• Fine Pd/BaSO₄ Powder
• Micron Pd/BaSO₄ Catalyst
• Laboratory-Grade Pd/BaSO₄
• Research-Grade Palladium/Barium Sulfate
• Pharmaceutical-Grade Catalyst
• Selective Hydrogenation Grade
• Custom-Supported Palladium Catalyst
• Custom Particle-Size Pd/BaSO₄
• Custom Dispersion Pd/BaSO₄

1. What is Palladium on Barium Sulfate Catalyst?

Palladium on Barium Sulfate (Pd/BaSO₄) is a heterogeneous catalyst in which palladium is dispersed on a barium sulfate support. The support helps distribute the active palladium phase and provides a chemically stable catalyst structure.

2. What is Pd/BaSO₄ used for?

Pd/BaSO₄ is commonly used in selective hydrogenation and organic synthesis, particularly where controlled catalytic activity and selectivity are required.

3. What palladium loading is available?

Palladium loading can be customized according to the intended application. Low-loading and specialty catalyst formulations can be sourced with controlled Pd concentration and dispersion.

4. Why is barium sulfate used as the support?

Barium sulfate provides a chemically stable, relatively inert inorganic support with properties suitable for dispersing palladium for specific catalytic reactions.

5. Can the catalyst be customized?

Yes. REG Metals can source catalysts with customized palladium loading, particle size, support properties, surface area, dispersion, moisture limits, and impurity specifications.

6. Does REG Metals provide a Certificate of Analysis?

Yes. A Certificate of Analysis (COA) can be supplied documenting palladium loading, BaSO₄ purity, particle-size distribution, palladium dispersion, moisture, trace impurities, and other applicable catalyst specifications.