Solids Solutions: Innovative solutions for powder and particle testing

In modern industry, powders and particles play a crucial role in various sectors such as pharmaceuticals, chemicals, food and more. To ensure product quality and efficiency, thorough analysis of these materials is essential. Solids Solutions offers innovative solutions for the characterisation and testing of powders and particles, enabling companies to optimise their processes and meet the highest quality standards.

What is Solids Solutions?

Solids Solutions is a leading laboratory specialising in the analysis and characterisation of solids, including powders and particles. With advanced technologies and extensive expertise, the laboratory offers a wide range of services ranging from particle size analysis to porosity measurements. The core of their mission is to provide customers with accurate and reliable data, essential for process optimisation and product development.

The powder tester: innovation in powder characterisation

One of the most advanced devices in Solids Solutions’ arsenal is the powder tester. This innovative machine offers a comprehensive range of tests that can accurately characterise the properties of powders. Among other things, the powder tester measures the flow properties, cohesion, and compression of powders. This data is crucial for industry sectors where powdered materials play a fundamental role, such as in pharmaceutical production where consistency and miscibility of powders are key.

With the powder tester, companies can gain insight into how powders behave under different conditions. This helps to optimise production processes, minimise waste and improve product quality. The accuracy and reliability of the powder tester make it an indispensable tool for any organisation working with powders.

Properties of powders: Important characteristics and their impact

The properties of powders can vary widely and have a significant impact on their applicability and processing. Some crucial properties are:

1. Particle size and distribution: This affects the solubility, reactivity and flow properties of the powder. Fine powders may dissolve faster, while coarse powders may flow better.
2. Flow properties: This includes how well a powder can flow under the influence of gravity or mechanical forces. Powders with good flow properties are easier to process and handle.
3. Moisture content: This can affect the shelf life and flow properties of a powder. Moist powders may clump, making handling difficult.
4. Porosity and density: These properties determine how a powder will behave during compression and can affect the strength and stability of the final product.
5. Surface properties: These can affect the reactivity and binding capacity of a powder, which is important in chemical reactions and pharmaceutical applications.

By accurately measuring and analysing these properties, companies can better understand how powders will behave in different processes and applications. This understanding helps in designing more efficient manufacturing processes and developing products with superior performance.