Products

NYACOL® APE3040 is patented colloidal antimony pentoxide dispersion formulated for use as a flame retardant synergist in halogen-containing vinyl ester and unsaturated polyester resins. APE3040 may be used with cobalt-MEKP type cure systems processed at room temperature. APE3040 can replace antimony trioxide in formulas containing bromine or chlorine.

BurnEx Plus A1588LP is an acidic surface material, which will absorb metallic ions and improve the properties of insulation and encapsulation polymers by effectively tying up these ionic impurities. BurnEx Plus A1588LP contains approximately 3-4% sodium and some water of hydration. Dry Powder Colloidal Antimony Pentoxide Flame Retardant Additives

NYACOL® A1550 is a water-based dispersions of nano-sized antimony pentoxide used with halogenated flame retardants to increase their efficiency when used in flame retardant treatments of materials such as textiles, nonwovens, adhesive latices, and coatings. Aqueous Dispersions of Colloidal Antimony Pentoxide Flame Retardant Additives.

NYACOL APE1540 flame retardant additive is a dispersion of nano-sized (colloidal) antimony pentoxide particles in a liquid isophthalic polyester resin. The oxide particles are nearly 1/100 the size of powdered antimony trioxide.

NYACOL AL20 is designed specifically for use as a binder for high-temperature refractories and ceramics, providing a good balance of particle size, concentration and pH to enhance the binding characteristics while optimizing the economics of the binder system. NYACOL AL20 is an effective high temperature binder where colloidal silica binders fail. NYACOL AL20 is pseudo-Boehmite and have the chemical composition corresponding to (AlO(OH)) or Al2O3.H2O

NexSil 125K-40 colloidal silica is a large particle product primarily intended as an abrasive for formulated polishing slurries. NexSil 125K-40 is based on high-purity colloidal silica and contains very low levels of trace impurities, minimizing the introduction of impurities in the polishing process.

NexSil 85NH4 is an ammonia-stabilized alkaline dispersion of 85 nm colloidal silica at 40% SiO2 concentration in water with low alkali metal levels. The particles are negatively charged. NexSil 85NH4 can be used in a wide variety of applications such as paper, steel and precision polishing applications where large particle size colloidal silica is required.

NexSil™ 85-40 is an alkaline dispersion of 40 - 60 nm colloidal silica at a 40% SiO2 concentration in water. The particles are negatively charged. The product can be used in paper, steel and precision polishing applications where large particle size colloidal silica is required. NexSil 85-40 is a good choice for sapphire polishing and other specialty wafer polishing applications. NexSil 85-40 provides good balance between removal rate and surface finish. Consult NYACOL® for recommendations on starting conditions.

Nyacol® DP6095 is a sub-micron calcium carbonate dispersion in ethylene glycol recommended for use as an additive in PET for film or fiber production. The calcium carbonate is surface modified to provide excellent compatibility with the PET polymer. The use of 500 – 1000 ppm of DP6095 reduces the coefficient of friction to enable smooth running of films and fibers. and Colloidal Calcium Carbonate Dispersion in Ethylene Glycol.

NYACOL® DP5820 is a Silica particles in polymer-grade EG providing improved abrasion resistance and anti-blocking properties for PET film.

BurnEx ADP494 is powders made by spray-drying aqueous solutions of colloidal antimony pentoxide. These grades are surface-treated to aid dispersion to colloidal size. All are free-flowing agglomerates approximately 10-40 microns in size.

NexSil 12 is an alkaline dispersion of 12 nm colloidal silica at 30% SiO2 concentration in water. The particles are negatively charged and have a high specific surface area. The product can be used in a wide variety of applications such as precision investment casting, precision polishing, metal surface treatment, textile treatment, catalyst binder or other applications where a very small particle size colloidal silica is required.