Addolink®1701 is an aromatic diamine. Acts as a chain extender for high quality polyurethane and polyurea systems. Suitable for use in spray coatings... view more

Aluminium Stearate 132 by Lanxess is a rheology modifier and wetting agent. It offers control of film penetration and improvement of brushing characteristics. It provides modification of viscosity... view more

Aluminium Stearate 22 by Lanxess is a rheology modifier and wetting agent. This product offers control of film penetration and improvement of brushing characteristics. It provides modification of... view more

K-FLEX® 500 by LANXESS (previously Emerald Kalama Chemical) is an ultra-low-VOC coalescent. It offers stronger, better-coalesced films with superior gloss & clarity, hardness development and scrub... view more

K-FLEX® 500P by LANXESS (previously Emerald Kalama Chemical) is a polar dibenzoate plasticizer and coalescent for environmentally friendly, low-VOC paints. It provides improved scrub, high gloss... view more

K-FLEX® 850P by LANXESS (previously Emerald Kalama Chemical) is a non-phthalate dibenzobate plasticizer. Used in coatings, both architectural and graphic arts. It offers excellent stain resistance... view more

K-FLEX® 850S by LANXESS (previously Emerald Kalama Chemical) is an ultra-low-VOC coalescent and plasticizer. It is a blend of diethylene glycol dibenzoate and dipropylene glycol dibenzoate. It has... view more

K-FLEX® 975P by LANXESS (previously Emerald Kalama Chemical) is an ultra-low-VOC coalescent and plasticizer. It is a blend of diethylene glycol-, dipropylene glycol- and propylene glycol dibenzoate... view more

K-FLEX® DP by LANXESS (previously Emerald Kalama Chemical) is a polar, high solvating dipropylene glycol dibenzoate plasticizer. It is compatible with a wide range of polar polymers and rubbers... view more

K-FLEX® PG by LANXESS (previously Emerald Kalama Chemical) is an ultra-low-VOC coalescent and plasticizer. It is propylene glycol dibenzoate. It shows excellent compatibility with polar polymers and... view more

Kalama® Benzaldehyde by LANXESS (previously Emerald Kalama Chemical) is a non-reactive diluent for high gloss. It is also used as a solvent for graphic arts and printing. a building block for... view more

Kalama® Benzyl Alcohol NF/FCC by LANXESS (previously Emerald Kalama Chemical) is a solvent or co-solvent and non-reactive diluent. It is recommended for graphic arts & printing inks and lacquers. It... view more

Kalama® Benzyl Alcohol Technical by LANXESS (previously Emerald Kalama Chemical) is a general solvent and non-reactive diluent. It is recommended for epoxy resin coatings. It can reduce viscosity... view more

Kalama® Sodium Benzoate NF/FCC by LANXESS (previously Emerald Kalama Chemical) is a corrosion inhibitor. It can effectively inhibit corrosion and flash rust in waterborne systems at low... view more

MODULAST® ACE by LANXESS (previously Emerald Kalama Chemical) is a specialized, superior grade of a classic dibenzoate-based plasticizer. It features consistently low hydroxyl levels, which... view more

MODULAST® CLS by LANXESS (previously Emerald Kalama Chemical) is a traditional dibenzoate-based plasticizer. It offers enhanced quality and performance in urethane coating applications, such as... view more

MODULAST® PUR by LANXESS (previously Emerald Kalama Chemical) is a high-purity, dibenzoate-based plasticizer featuring lowest hydroxyl level. It is a polyurethane modifier to enhance the quality and... view more

Purox® B Flakes Benzoic Acid by LANXESS (previously Emerald Kalama Chemical) is a corrosion inhibitor & chain terminator. It is a key raw material in the production of alkyd resins. It can control... view more

Purox® S Grains Sodium Benzoate by LANXESS (previously Emerald Kalama Chemical) is a corrosion inhibitor. It can effectively inhibit corrosion and flash rust in waterborne systems at low... view more

TDI based urethane prepolymer. It is a moisture-curing product. When fully cured, it forms continuous, flexible films that help protect against chemicals, abrasion damage as well as erosion effects... view more