Knowledge Centre

In our Knowledge centre, you can find the articles that out Technical Sales Team have written about common topics from across our markets.

Showing "59" articles

7 Minute Read

Additives for thermosets

In this article, we introduce the basic components of thermoset plastics and take a closer look at the additives that play a role in finetuning their properties.

Promotional graphic from Evonik about their new platform COATINO Campus

2 Minute Read

COATINO® Campus e-learning from Evonik

Evonik launch their new e-learning portal: COATINO® Campus

Pale orange paint being poured on the floor

8 Minute Read

How Thioplast™ polysulfides improve the flexibility and chemical resistance of epoxies

Thioplast™ EPS can be used to improve chemical resistance, thermal stability, flexibility and cracking within epoxy systems.

A paint brush with white paint dripping off of it

12 Minute Read

An introduction to rheological additives for coatings

Rheology – from the Greek rheos - is the study of flow and is used to describe the deformation of a material under stress. The effects of rheology can be seen everywhere; compare oil, honey, and bitumen, all are liquids yet each flows very differently. Controlling rheology is crucial for the paint formulator to not only provide enhanced application properties but also to provide long term stability. In this technical article, we will discuss the fundamental principles of rheology, how this relates to coatings, and will take a closer look at materials that can be used to modify flow behaviour.

A woman placing her hand on a foam mattress

8 Minute Read

The chemistry of polyurethanes

Polyurethane (PUR and PU) can be found virtually everywhere. From foams for mattresses and furniture through to adhesives and sealants for construction, it is estimated that around 20 million tons of PU is produced each year. In this article, we introduce the basics of polyurethane chemistry and discuss the raw materials used to manufacture them.