What is Diammine Dichloropalladium Cl₂H₆N₂Pd (CAS 13782-33-7)

Diammine Dichloropalladium, also known as Pd(NH₃)₂Cl₂, Molecular Formula Cl₂H₆N₂Pd, is a palladium-based chemical compound widely used in various industrial and laboratory applications. With the CAS number 13782-33-7, this substance plays a significant role in catalysis, pharmaceutical research, and industrial manufacturing. such as being a highly effective catalyst for organic reactions, making it an essential part of modern chemical processes.

Why Diammine Dichloropalladium matters​​:

Diammine Dichloropalladium is a coordination compound consisting of palladium (Pd), two ammonia (NH₃) molecules, and two chloride (Cl⁻) ions.

The palladium atom is central to the structure, forming bonds with the two ammonia ligands and the two chloride ions. The compound’s structure makes it an excellent catalyst, particularly for reactions that involve the hydrogenation or coupling of organic compounds.

Check Honrel’s Diammine Dichloropalladium product page for purity grades.

Diammine Dichloropalladium Applications

Due to the thermal stability of Diammine Dichloropalladium: it will not fail in the middle of the reaction. Low ligand loss: ammonia exists stably and will not cause accidents. It is very popular in industrial applications.

1. Pharmaceutical and Drug Synthesis

Cross-couplings​​: Build drug molecules faster. This palladium compound is an essential intermediate in synthesizing active pharmaceutical ingredients (APIs). Moreover, it aids in developing new treatments for various diseases, including cancer.

​​Case study​​: Pfizer’s synthesis of antiviral meds cut steps by 40% using Pd catalysts (source: J. Med. Chem., 2021).

2. Petrochemical Industry

​​Hydrogenation​​: Turn crude into jet fuel without the energy hangover.

3. Green Chemistry Flex​

​CO2 conversion​​: Startups like LanzaTech use Pd catalysts to turn emissions into ethanol.

4. Electroplating and Surface Coatings

In the electroplating industry, dichloropalladium diamine is used to deposit palladium on substrates, thereby enhancing the surface properties of the substrate. This includes improving corrosion resistance, wear resistance and electrical conductivity, properties that are critical for high-performance electronic components.

Safety Considerations

Despite its many beneficial uses, Diammine Dichloropalladium can pose certain risks, especially when mishandled. Here’s an overview of the compound’s safety precautions:

Proper handling and storage are essential to prevent exposure, ensuring safe usage in both research and industrial settings.

Market: Why is palladium currently more popular than platinum?

Palladium is taking market share from platinum for the following reasons:

​​Data dive​​: Pd demand in catalysts will hit ​​12.3% CAGR through 2030​​ (Grand View Research).

Where Pd Catalysts Are Headed​

Hot trends​​:

• ​​Hydrogen economy​​: Fuel cells need Pd for proton exchange membranes.
• ​​Recycling tech​​: Honrel’s R&D team is cracking closed-loop Pd recovery (patent pending).

​​Money talk​​: Companies using recycled Pd cut costs by 18% (McKinsey, 2023).

Why Honrel?

As a trusted supplier of chemical raw materials and catalysts, Honrel is dedicated to providing top-tier products, like Diammine Dichloropalladium, that meet the growing demands of modern industries.

• ​Niche mastery​​: 8+ years in Pd compounds.
• ​​Custom everything​​: From 0.5% to 5% Pd loading? Done.
• ​​Global cred​​: Clariant and BASF-approved.

For more information and to explore additional products related to Diammine Dichloropalladium, visit Honrel’s Chemical Raw Materials page.