BEROL 185 is a non-ionic surfactant based on primary alcohol and appears as a clear liquid part of the alcohol alkoxylates family. BEROL 185 has the properties of being a corrosion inhibitor, degreaser, dispersing agent, and emulsifier. BEROL 185 can offer a wide range of applications, including all-purpose cleaner, glass cleaner, industrial cleaning, liquid laundry detergent, car wash, hard surface cleaning, and metal cleaning.

ALCOSPERSE 602N is a liquid acrylate homopolymer with a clear and colourless to slightly amber liquid at 25 degrees with VOC-free and easy to handle. ALCOSPERSE 602N has the ability to provide an excellent dispersion of a wide range of pigments and fillers, deliver outstanding hydrolytic stability, and is compatible with most surfactants. ALCOSPERSE 602N can be used in an all-purpose cleaner, industrial cleaning, automatic dishwashing, car washing, construction, and metal cleaning.

XIAMETER PMX-200 Silicone Fluid, 50cSt is a silicone fluid for foam control and additive applications. XIAMETER PMX-200 Silicone Fluid, 50cSt has the application for a variety of automotive, furniture, metal, and specialty polishes. Ingredient in protective creams, aerosol shave lathers, antiperspirants, and other personal care products and coatings additive, damping fluid, elastomer and plastics lubricant, electrical insulating fluid, mechanical fluid, mold release agent, plastics additive, specialty chemical products ingredient, leather finishing, surface active agent.

XIAMETER Q1-6083 ANTIFREEZE Additive is a stabilizer for silicate corrosion inhibitors used to stabilize aqueous silicates and silica sols in engine coolants and inhibit metal corrosion in aqueous systems. XIAMETER Q1-6083 ANTIFREEZE Additive contains a range of benefits of low viscosity solution, phosphate functional siliconate, basic pH, stabilizes sodium silicates used as corrosion inhibitors in engine coolant, helps prevent precipitation and gelling of silicate, useful with a wide range of SiO2:Na2O ratio sodium silicate and an effective at very low levels.