Paper & Pulp Chemicals

BIOTREND® DB 20 is a fast-acting, broad-spectrum microbiocide for controlling spoilage, odor-causing, corrosion-inducing, slime-forming bacteria, sulfate-reducing bacteria, fungi, yeast molds, and algae in industrial process and water systems. It is effective in applications such as paper mills, industrial cooling water systems, equipment cleaning, oil field processing, and preservation.

DeIONIC 100VLF is a distinctive, very low-foaming modified alkoxylated alcohol. This product showcases multifunctional properties, encompassing wetting and dispersing capabilities.

Reolosil® QS-102 is a very fine amorphous silicon dioxide made by the combustion of high-purity silicon tetrachloride with oxygen and hydrogen. Relosol is a fluffy white powder and is used in many applications because of its unique properties: extremely small particle size, enormous surface area, high purity, and excellent dispersion.

Reolosil® QS-10 is a very fine amorphous silicon dioxide made by the combustion of high-purity silicon tetrachloride with oxygen and hydrogen. Its unique properties offer advantages in many applications: silicone rubber, sealants, organic elastomers, UPR, adhesives, paint, ink, and free flow. It is used as a reinforcing, thickening, anti-settling, thixotropic, and free flow agent.

BIOTREND® BIT20-S is a 20% glycol-based solution of benzisothiazolin (BIT), serving as a highly effective biocide to prevent the growth of bacteria and fungi, including yeasts and molds. It finds application in various industries such as the preservation of latex paints, aqueous industrial preservation, polymer lattices, adhesives, joint compounds, and dispersed pigments.

NexSil™ 5 is an alkaline dispersion of colloidal silica with 5 nm particles, boasting a 15% SiO2 concentration in water. The particles are negatively charged, featuring a high specific surface area. Ideal for paper, steel, and precision polishing applications requiring very small particle size colloidal silica.

NexSil™ 20NH4 is an aqueous ammonia-stabilized colloidal silica product developed for diverse applications. It is offered with options for particle size, surface area, and pH to suit various needs.

BIOTREND® BP10 W is a new water-based broad-spectrum preservative. It controls spoilage, odor-causing, slime-forming bacteria, yeast, and molds in aqueous industrial systems.BIOTREND® BP10 W include adhesives, starch, pigment and extender slurries, inks, paints, polymer emulsions, defoamers, industrial process waters, recirculating water, cooling towers, evaporative condensers, oil/gas production and transport, pulp and paper production, and general preservation.

Reolosil® QS-30 is a very fine amorphous silicon dioxide made by the combustion of high-purity silicon tetrachloride with oxygen and hydrogen. Its unique properties offer advantages in many applications: silicone rubber, sealants, organic elastomers, UPR, adhesives, paint, ink, and free flow. It is used as a reinforcing, thickening, anti-settling, thixotropic, and free flow agent.

Global Biocides BCS - 3096W is a water-based, VOC-free preservative designed for industrial use in aqueous compositions.

NexSil™ 8 is a high-quality silica product from the NexSil™ series, suitable for investment casting and widely used in industrial applications, as well as paints and coatings.

BIOTREND® CMT1.5 is a broad-spectrum, fast-acting biocide formulation comprising 1.5% 5-chloro-2-methyl-4-isothiazolin-3-one (CMIT) + 2-methyl-4-isothiazolin-3-one (MIT). It is effective for preserving a wide range of industrial products.

BIOTREND® DAZ 24 is used for the control of bacterial and fungal growth in pulp and paper mill systems. It is particularly recommended for the preservation of pigment, filler, and starch slurries and solutions. Latex coatings, and adhesives (starch, PVC, and dextrin), along with other papermaking additives, can also be preserved with BIOTREND® DAZ 24. Additionally, this product can be used to preserve broken, deinked pulp, or pulp held in storage. It is completely water-soluble and effective in both acidic and alkaline systems.