OK
The material selection platform
Adhesives Ingredients
The material selection platform
Adhesives Ingredients
by SpecialChem
 
Save
Cette page a bien été ajoutée à vos favoris
81 products match your search
Product Name
Supplier
Description
Alcogum® 1370 by Akzonobel is a sodium polyacrylate. Acts as a gum thickener. Used to viscosify waterborne compounds in a variety of applications. Provides stable viscosity over a broad pH range... view more
Alcogum® 296-W by Akzonobel is a high viscosity, anionic, aqueous solution of sodium polyacrylate. Acts as rheology modifier, stabilizer and surface active agent. Possesses adhesive, suspending... view more
Sodium polyacrylate. Acts as a rheology modifier. Provides stable viscosity over a broad pH range. Offers resistance to biological degradation. Used to thicken styrene-butadiene, acrylonitrile... view more
Sodium polyacrylate. Acts as a thickener and viscosifier. Provides stable viscosity over a broad pH range. Offers resistance to biological degradation. Used to thicken styrene-butadiene, neoprene... view more
Sodium polyacrylate. Acts as a rheology modifier and viscosifier. Provides stable viscosity over a broad pH range. Offers resistance to biological degradation. Used to thicken styrene-butadiene... view more
Methanol-free/VOC-free synthetic polyacrylate. Acts as rheology modifier. Provides stable viscosity over a broad pH range. Offers resistance to biological degradation. Improves viscosity stability... view more
Methanol-free sodium polyacrylate copolymer. Acts as synthetic gum thickener and viscosifier. Provides stable viscosity over a broad pH range. Offers resistance to biological degradation. Exhibits... view more
Acrylate-based emulsion copolymer. Acts as an ASE rheology modifier. It is supplied at 28% active solids in water. Improves flow and rheology of formulated adhesives. Possesses shear thinning flow... view more
Applications
Acrylate-based emulsion copolymer. Acts as an ASE rheology modifier. It is supplied at 28.5% active solids in water. Possesses shear thinning flow characteristics. Exhibits synergistic interaction... view more
Applications
Acrylate-based emulsion copolymer. Acts as an ASE rheology modifier. It is supplied at 30% active solids in water. Possesses shear thinning flow characteristics and effective viscosity build in high... view more
Applications
Stable anionic latex emulsion. Acts as alkali soluble viscosifier and rheology modifier. Provides more water retention and thickening efficiency. Possesses very good mechanical shear and freeze-thaw... view more
Applications
Acrylate-based emulsion copolymer. Acts as an ASE rheology modifier and pigment stabilizer. It is supplied at 40% active solids in water. Possesses shear thinning flow characteristics and effective... view more
Applications
Acrylate-based emulsion copolymer. Acts as an ASE rheology modifier. It is supplied at 30% active solids in water. Possesses shear thinning flow characteristics and effective viscosity build in high... view more
Applications
Preneutraluized ammonium salt of an acrylate copolymer viscosifier. Offers low brookfield viscosity, low hercules viscosity and high water retention. Provides additional water retention without... view more
Applications
Reactive, acidic, stable, milky-white, anionic latex emulsion. Acts as a thickener. Forms a clear, viscous solution in addition with alkaline agents. Provides stable viscosity over a broad pH range... view more
Alkali soluble in-situ thickener. Stable anionic latex emulsion. Used in adhesive compounds. Possesses very good mechanical shear, freeze-thaw stability. Offers low brookfield viscosity, medium... view more
Applications
Alkali soluble in-situ thickener. Stable anionic latex emulsion. Used in adhesive compounds. Possesses very good mechanical shear and freeze-thaw stability. Offers medium brookfield viscosity, high... view more
Applications
Stable anionic latex emulsion. Acts as an alkali soluble in-situ thickener. Possesses very good mechanical shear, freeze-thaw stability. Permits to increase the level of water retention and select... view more
Applications
Hydrophobically modified alkali swellable emulsion. Designed as a temperature stable thickener for the paper industry. Offers medium brookfield viscosity, low hercules viscosity and high water... view more
Applications
Hydrophobically modified alkali soluble emulsion. Offers medium brookfield viscosity, low hercules viscosity and high water retention. Permits to increase the level of water retention and select the... view more
Applications
Stable, ready-to use anionic latex emulsion. Acts as an associative alkali soluble viscosifier. Offers high brookfield viscosity, low hercules viscosity and medium water retention. Permits to build... view more
Applications
Stable, ready-to use anionic latex emulsion. Acts as an associative alkali soluble viscosifier. Offers high brookfield viscosity, low hercules viscosity and medium water retention. Permits to build... view more
Applications
Hydrophobically modified alkali soluble emulsion. Offers high brookfield viscosity, low hercules viscosity and medium water retention. Permits to increase the level of water retention and select the... view more
Applications
Hydrophobically modified alkali soluble emulsion. Offers medium brookfield viscosity, low hercules viscosity and high water retention. Permits to increase the level of water retention and select the... view more
Applications
Reactive, acidic, stable, milky white anionic latex emulsion. Acts as a thickener. Forms a clear, viscous solution in addition with alkaline agents. Develops low shear viscosity and building water... view more
Acrylate-based emulsion copolymer. Acts as HASE rheology modifier. It is supplied at 30% active solids in water. Possesses shear thinning flow characteristics. Is compatible with anionic and... view more
Applications
Acrylate-based emulsion copolymer. Acts as HASE rheology modifier. It is supplied at 30% active solids in water. Is a part of hydrophobically modified, alkali soluble emulsion polymers. Provides... view more
Applications
Acrylic associative emulsion polymer. Acts as an alkali activated rheology modifier. Provides stable viscosity over a broad pH range. Offers resistance to biological degradation. Formulated to give... view more
Nouryon
Hydrogenated tallowalkyl amine acetate. Armac® HT is an amine salt in solid flakes form. It acts as an antistatic agent, corrosion inhibitor and emulsifier. Used in filming amines, oil additives and... view more
Applications
Nouryon
Armeen® C by Akzonobel is a cocoalkylamine. Acts as a corrosion inhibitor, dispersing agent and cleansing surfactant. Used in pigment processing and waterproofing sealants... view more
Applications
Wet, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, expanded microsphere. Used as a light weight filler in polyester putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, easy compression, ability to withstand several... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Wet, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Wet, expanded microsphere. Used as a light weight filler in polyester putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, easy compression, ability to withstand several... view more
Wet, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Wet, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry expanded microsphere, blowing agent. Provides improved chemical resistance and tensile strength. Used in sealants... view more
Dry, expanded microsphere. Used as a light weight filler in polyester putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, easy compression, ability to withstand several... view more
Dry expanded microsphere, blowing agent. Provides improved chemical resistance and tensile strength. Used in sealants... view more
Dry, expanded microsphere. Used as a light weight filler in polyester putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, easy compression, ability to withstand several... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Wet, expanded microsphere. Used as a light weight filler in polyester putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, easy compression, ability to withstand several... view more
Wet, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Wet, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry expanded microsphere, blowing agent. Provides improved chemical resistance and tensile strength. Used in sealants... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, unexpanded microsphere, blowing agent. Provides improved sound insulation and reduced moisture transport. Used in sealants... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, expanded microsphere. Used as a light weight filler in polyester putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, easy compression, ability to withstand several... view more
Dry, expanded microsphere. Used as a light weight filler in polyester putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, easy compression, ability to withstand several... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Wet, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Wet, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, expanded microsphere. Used as a light weight filler in polyester putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, easy compression, ability to withstand several... view more
Dry, expanded microsphere. Used as a light weight filler in polyester putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, easy compression, ability to withstand several... view more
Dry, expanded microsphere. Used as a light weight filler in polyester putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, easy compression, ability to withstand several... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Wet, expanded microsphere. Used as a light weight filler in polyester putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, easy compression, ability to withstand several... view more
Wet, expanded microsphere. Used as a light weight filler in polyester putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, easy compression, ability to withstand several... view more
Wet, expanded microsphere. Used as a light weight filler in polyester putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, easy compression, ability to withstand several... view more
Wet, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Wet, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Wet, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Wet, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Wet, unexpanded microsphere slurry. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to... view more
Wet, unexpanded microsphere. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability to withstand... view more
Dry, unexpanded microsphere, blowing agent. Provides improved sound insulation and reduced moisture transport. Used in sealants... view more
Applications
Dry, unexpanded microsphere, blowing agent. Provides improved sound insulation and reduced moisture transport. Used in sealants... view more
Applications
Dry, unexpanded microsphere, blowing agent. Provides improved sound insulation and reduced moisture transport. Used in sealants... view more
Applications
Unexpanded microspheres mixed with a matrix. Used as blowing agent in PVC-plastisols for underbody sealants, putties, polyurethane sealants and acrylic latex caulks. Offers high resiliency, ability... view more
Peace of Mind for your food contact applications
FEICA 2019 Conference and EXPO
Back to Top