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Delft Solids Solutions: your partner in powder characterisation

In today’s industry, powders and granules play a crucial role in numerous applications, from pharmaceuticals to building materials. Understanding the physical properties of these solids is essential for product optimisation and process control. Delft Solids Solutions, based in Wateringen, the Netherlands, is a contract research organisation (CRO) specialising in the physical characterisation of powdered solids. With over 40 years of experience, the company offers in-depth expertise and advanced analytical methods to meet the diverse needs of industry. 

Expertise in powder characterisation

Powder characterisation involves analysing various properties of powders, such as particle size, particle shape, porosity, density and flow behaviour. These parameters directly influence the processing, quality and performance of the final product. Delft Solids Solutions uses advanced techniques and equipment to accurately measure and analyse these properties. This allows them to support companies in optimising their production processes and improving product properties. 

BET surface: A key parameter

A key parameter in the characterisation of powders is the specific BET surface area, often determined using the BET (Brunauer, Emmett and Teller) method. This technique measures the amount of gas adsorbed on the surface of a material to determine the total surface area per unit mass. The BET surface area is crucial for applications where reactions take place at the surface, such as in catalysts and adsorbents. Delft Solids Solutions has the expertise and facilities to perform accurate BET analyses, which helps companies understand and optimise their materials. 

Applications and industries

Delft Solids Solutions’ services find their way into various industries, including pharmaceuticals, chemicals, food, cosmetics and building materials. Through accurate characterisation of powders and granules, companies in these sectors can improve their processes, enhance product quality and accelerate innovations. Whether improving the solubility of a drug, optimising the texture of a food product or increasing the efficiency of a catalyst, Delft Solids Solutions’ expertise provides valuable insights and solutions. 

In a world where the properties of powders and granules have a direct impact on product performance and process optimisation, the role of specialised laboratories like Delft Solids Solutions is invaluable. With their extensive experience and advanced analytical methods, they support companies in understanding and improving their materials, leading to better products and more efficient processes.

https://www.solids-solutions.com/

Frequently asked questions

What is powder characterisation and why is it important?

Powder characterisation involves analyzing properties like particle size, shape, porosity, density and flow behavior. These parameters directly influence product processing, quality and performance across pharmaceuticals, chemicals, food and other industries.

What is BET surface area and how is it measured?

BET surface area is determined using the Brunauer, Emmett and Teller method, which measures gas adsorption on material surfaces. This technique is crucial for applications involving surface reactions, such as catalysts and adsorbents.

Which industries benefit from Delft Solids Solutions' services?

Delft Solids Solutions serves pharmaceuticals, chemicals, food, cosmetics and building materials industries. Their expertise helps companies optimize processes, enhance product quality and accelerate innovation across these sectors.

How long has Delft Solids Solutions been operating?

Delft Solids Solutions has over 40 years of experience in powder characterisation and physical analysis of solids, making them a trusted contract research organisation in the Netherlands.

What advanced techniques does Delft Solids Solutions use for analysis?

The company uses advanced analytical methods and equipment to accurately measure powder properties including particle size, shape, porosity, density and flow behavior to support process optimization.