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Silver for research & laboratory supplies
High-purity silver in a wide range of forms and compounds for precise applications in analytics, synthesis and materials research.
Silver in all forms & purities
Our silver portfolio for your laboratory
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Physical Properties
Melting Point
961.9°C
Boiling Point
2,162.0°C
Frequently Asked Questions
Our FAQs provide you with a quick overview of important topics related to our product range. If you have any further questions, we will of course also be happy to assist you personally.
Purchasing / Sales
We will be happy to advise you individually
Why is ChemPUR the right partner for silver in the laboratory?
Silver is not all the same: particle size, purity and material form largely determine its behaviour in your application. This makes it all the more important to select the right specification and align it precisely with the intended use. At ChemPUR, we support you with our expertise. Our focus is on providing materials of verified quality – from standard grades through to ultra-high-purity specifications with up to 99.999% purity. This creates the basis for reproducible results in demanding applications.
Thanks to our broad portfolio, you can source silver from a single supplier – from nanopowders and semi-finished products through to complex silver compounds. At the same time, you benefit from our technical advice: we support you in selecting the right form, purity and specification. Our international distributor network enables reliable supply, even for rare materials or individual requirements. As an ISO 9001:2015 certified company, we stand for quality, reliability and long-term collaboration. We do not just supply silver – we deliver solutions for your application.
What makes silver a laboratory material?
Silver is one of the most versatile metals in chemical research. Particularly noteworthy is its highest electrical conductivity of all metals, making it ideal for applications in electronics, sensor technology and conductive coatings. Silver also offers excellent thermal conductivity, which is why it is used in high-performance and thermal management applications. In chemistry, the reactivity of silver ions (Ag⁺) is of primary importance, for example in precipitation reactions or as a reagent in syntheses. Photochemical properties also play an important role, for instance in light-sensitive materials. In addition, silver’s catalytic activity makes it attractive for industrial and scientific processes. Its high ductility also enables the production of extremely thin foils and the finest wires – a clear advantage for precise laboratory applications.
What is silver used for in chemistry?
Silver is used in chemistry in a wide range of applications – from basic research to industrial development. It plays a key role in synthetic chemistry, in particular through the use of silver compounds such as silver nitrate or silver halides. In analytics, silver is often used for detection reactions and precise measurement methods. At the same time, it is an important component in materials research, for example in the development of conductive materials or functional coatings.
Another important field of application is thin-film technology, where silver is used in the form of sputtering targets or evaporation materials. Silver is also used in electrochemistry and in the development of new materials and technologies. Thanks to the combination of its physical and chemical properties, silver is an indispensable material in modern laboratories.
Which silver compounds are available?
Depending on their chemical structure and application, silver compounds can be divided into different groups. These differ significantly in their properties and fields of use – from classic reagents to specialised compounds for synthesis. The portfolio is complemented by silver halides such as silver chloride, silver bromide and silver iodide, which are used in particular in photochemistry and analytics. We also offer silver carbonate, silver sulfate and silver phosphate for versatile chemical applications. In addition, special compounds such as silver acetate, silver benzoate or silver triflate are available, which are frequently used in organic synthesis. Silver oxides and silver sulfides are also part of our programme. This broad selection enables you to choose materials precisely – tailored to your specific application.
What are the advantages of silver nanopowders?
Due to their extremely small particle size, silver nanopowders offer a particularly large specific surface area. This results in significantly improved physical and chemical properties compared with macroscopic materials. In practice, this means higher reactivity, better conductivity and optimised properties for coatings and functional materials. Silver nanopowders are therefore frequently used in materials research, nanotechnology and in the development of conductive pastes.
Our range includes various particle sizes in the nanometre range as well as different surface modifications. This allows you to select the right material for your application. With defined specifications and high purities, we ensure that your research delivers reproducible and reliable results.
How does silver act in chemical reactions?
Silver plays a role in chemical reactions primarily through its ability to form stable ions (Ag⁺). These react selectively with various anions and enable precise precipitation reactions, for example with halides. In synthetic chemistry, silver is often used as a reagent to control reactions or to form products selectively. Its reactivity can be controlled, making it particularly valuable for analytical and preparative methods. Silver can also act as a catalyst or catalyst component and increase reaction rates without being consumed itself. The combination of controllable reactivity, stability and versatility makes silver an important tool in modern chemistry.
What role does silver play in catalysis?
Silver is a proven catalyst in numerous chemical processes. It shows high efficiency and selectivity, especially in oxidation reactions, making it attractive for both industrial applications and research. A typical example is silver catalysts on activated carbon, which provide an effective reaction environment due to their large surface area and are used specifically for selective reactions. In research, silver is also frequently used to develop new catalyst systems, as it can be readily modified and adapted to specific requirements.
However, the right choice of material is crucial for success – for example with regard to support material, silver loading, surface and purity. This is exactly where we support you at ChemPUR: with our experience in high-purity materials and catalysts, we advise you on selecting and specifying the right solution for your application. In this way, we ensure that your catalyst system is optimally aligned with your process requirements – for reliable and reproducible results.