Coatings and Construction

Additives from CHT stand for quality, technical innovation, and sustainability. The comprehensive product portfolio includes the following technologies and areas of application:

AGOCEL^® Rheology Additives

With our rheological additives based on renewable raw materials, we directly influence the flowability and processing properties of your products. Together with the desired consistency, we give your products the plus in stability and processability.

SILCO^® Leveling, Wetting and Dispersing Additives

If you are looking for solutions for special requirements in the areas of dispersion and wetting, in addition to the daily questions, then we recommend that you seek advice on the SILCO product range. SILCO additives guarantee optimal surfaces and excellent wetting of substrates or pigments.

SPACTIVE^® Defoamers

Foam - none at all, or only in the acceptable quantity and ideal consistency. With our defoamers, we ensure that production, further processing or filling processes etc. can be optimally designed. For more efficiency in production and application.

TECOSIT^® Filmformers

A high-quality surface coating depends to a large extent on filmforming products. Sealing of surfaces, i.e. closing of pores, is a frequently required property of functional coatings and surface treatments. With our additives, we ensure that your product can reliably serve as a sealant, barrier, moisture barrier or insulation against environmental influences.

ULTRALUBE^® Surface Modifiers

Surfaces often have very special requirements in terms of finish and haptics. With our broad and flexible portfolio of water-based wax dispersions, we ensure that almost any desired surface effect can be achieved with your products.

VARIPHOB^® Hydrophobic Agents

Surface treatments are often used to protect the substrate by preventing water absorption. The hydrophobic effect is the key functional property. Our outstanding hydrophobing products ensure that the surfaces treated with your product have the lowest possible water absorption while maintaining optimum water vapour permeability.