BYK® -DYNWET 800 N by BYK is a silicone-free substrate wetting agent for all aqueous adhesives and sealants. Offers low foam stabilization. It reduces the dynamic surface tension and therefore... view more

BYK® -P 2710 by BYK acts as a processing additive for adjusting the viscosity in epoxy resin applications for adhesives and sealants in which hydrophilic fumed silicas are used. It blocks the... view more

BYK® -P 2720 by BYK acts as a rheology modifier for solvent-free and solvent-borne amine hardeners to enhance the rheological properties of two-component systems in combination with hydrophilic... view more

BYK® -W 9010 by BYK is a solvent-free wetting and dispersing agent. It is particularly recommended for adhesives based on epoxy resins and UV systems. Recommended dosage level is 0.5-1% based on... view more

BYK® -W 996 by BYK is a cost-effective wetting and dispersing agent for adhesive and sealant applications. It achieves a lower viscosity and enables higher filler loading. It is very effective... view more

DISPERBYK® -118 by BYK is a solvent-borne dispersing and wetting agent for all inorganic fillers such as calcium carbonate and aluminum hydroxide (ATH). It causes lower viscosity and enables higher... view more

DISPERBYK® -2015 by BYK is a VOC- and solvent-free wetting and dispersing agent. It is solution of modified styrene maleic anhydride copolymer. It reduces viscosity, enabling easier processing or... view more

DISPERBYK® 2018 by BYK is wetting and dispersing additive. It is a solution of a copolymer with pigment-affinic groups. It is particularly designed for the production of binder- and VOC-free pigment... view more

DISPERBYK® 2019 by BYK is wetting and dispersing additive. It is solution of a copolymer with pigment-affinic groups. The additive is particularly suitable for the production of binder- and VOC-free... view more

DISPERPLAST® -1142 by BYK is a solvent-free wetting and dispersing agent for adhesives and sealants. It is particularly recommended for polyurethane systems and for systems that contain a plasticizer... view more

RHEOBYK® -425 by BYK is a VOC- and APEO-free rheology modifier. Its effectiveness is primarily based on the associative interaction with the dispersion particles of the aqueous binder. It enables... view more

RHEOBYK® -430 by BYK is a rheology additive for improving the anti-sagging and anti-settling properties of solvent-borne adhesives and sealants. It exhibits pseudoplastic flow behavior. It... view more

RHEOBYK® -431 by BYK is rheology modifier for adhesives and sealants. It is solution of a high molecular weight, urea-modified, non-polar polyamide. It exhibits pseudoplastic flow behavior. It... view more

RHEOBYK®-7405 by BYK is a rheology- & thixotropic-enhancing additive that can be used in solvent-free and solventborne acrylate resin systems. It is an aromatic-, tin-free, solution of... view more

RHEOBYK® -7420 CA by BYK is easy to handle rheology modifier designed for adhesives and sealants. It is solution of a modified urea which is hygroscopic in nature. It prevents sedimentation, as... view more

RHEOBYK® -7420 ET by BYK is a rheology modifier for adhesives and sealants. It is solution of a modified urea and is suitable for use in highly polar and aqueous binder systems. It prevents... view more

RHEOBYK®-7610 by BYK is VOC (<1500 ppm)-, APEO- and tin-free, solution of polyurethane. It is an associative thickener for aqueous system to generate a highly pseudoplastic flow behavior. It can... view more

RHEOBYK® -R 605 by BYK is a thixotropic-reinforcing rheology modifier for polyurethane and acrylate resins that are rendered thixotropic using pyrogenic silica or organophilic phyllosilicates... view more

RHEOBYK® -R 606 by BYK is a liquid rheology modifier for solvent-borne and solvent-free adhesives and sealants based on polyurethane, epoxy, and acrylate resins that contain pyrogenic silica or... view more

RHEOBYK® -R 607 by BYK is a rheology additive for the thixotropic enhancement of solid thixotropes e.g. hydrophilic fumed silica or clay additives. The spontaneous increase in viscosity is achieved... view more