
Styrene-acrylic emulsions: choosing a binder for paints and coatings
How hard and flexible styrene-acrylic copolymers differ, and which one suits which coating.
Every additive used in mortar, gypsum and paint formulations, from one supplier. We also help you choose the one that suits your product.

Raw materials that define water retention, adhesion, flexibility and workability in tile adhesives, plasters, screeds, grouts and insulation mortars.

Cellulose ethers that provide water retention, consistency and ease of application in finishing plaster, machine plaster and gypsum renders.

Binder emulsions for interior and exterior paints, textured coatings and mineral renders.
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Technical articles on construction chemicals, written in plain language.

How hard and flexible styrene-acrylic copolymers differ, and which one suits which coating.

PP fibre works as micro-reinforcement inside the mortar, cellulose fibre holds water. How they differ and how they share a formulation.

How powdered silicone, zinc stearate and calcium stearate cut water uptake in wet-area products and insulation renders.

In summer the applicator needs time to use the mortar; in winter it needs to gain strength fast. How setting additives work and when to choose which.

Starch ether takes care of consistency and slip resistance in mortar. Used alongside cellulose ether, it lets you cut back on cellulose ether, one of the most expensive additives in the formulation.

The difference between the two classes lies in the balance between hardness and flexibility. What sets that balance, and where is each one preferred?

What polymer powder is, how it is made and what it adds to a cement-based mortar: adhesion, flexibility, water resistance.

How the cellulose in plant fibre becomes the additive that holds water in mortar: how cellulose ether is made and what it does on site.
Tell us what you make and we will suggest the product that fits.