Products in Paper & Pulp: Detergent Manufacturing

Dissolvine 100-S is a powerful sequestering agent that can form stable, water-soluble chelates with polyvalent metal ions across a wide pH range. It is a versatile product used in various industries to control the levels of hardness and heavy metal ions.

T-Det® EPO 68 F is a flaked nonionic surface-active agent produced by the reaction of ethylene oxide and propylene oxide. It is used in the paper, petroleum, textile, detergent and agriculture industries, and is recommended as a dispersing agent, gelling additive, wetting additive and chemical intermediate.

T-Det® EPO 77F is a flaked nonionic surface active agent produced by the reaction of ethylene oxide and propylene oxide. It is used in the paper, petroleum, textile, detergent and agriculture industries as a dispersing agent, gelling additive, wetting additive and chemical intermediate.

T-Det® EPO 108 F is a flaked nonionic surface active agent produced by the reaction of ethylene oxide and propylene oxide. It is used in the paper, petroleum, textile, detergent and agriculture industries, and is recommended as a dispersing agent, gelling additive, wetting additive and chemical intermediate.

T-Det® EPO 98F is a flaked non-ionic surface active agent. This product is used in the paper, petroleum, textile, detergent, and agriculture industries. It is recommended to be used as a dispersing agent, gelling additive, wetting additive, and chemical intermediate.

T-Det® EPO 101 is a nonionic surface-active agent produced by the reaction of ethylene oxide and propylene oxide. It is used in the paper, petroleum, textile, detergent and agriculture industries, and is recommended as a dispersing agent, gelling additive, wetting additive and chemical intermediate.

T-Det® EPO 127 F is a difunctional block copolymer nonionic surfactant, compatible with anionic and cationic surfactants and stable in acidic and alkaline media. It appears as off-white flakes and is used as a wetting agent, dispersant, and emulsifier in a wide range of applications, including coatings, industrial cleaning, and agricultural chemicals. This surfactant provides excellent wetting, emulsification, and dispersing properties in a variety of formulations, making it a versatile and effective choice for many industrial processes.

T-Det® EPO 88F is a versatile difunctional block copolymer product that functions as a nonionic surfactant and is relatively non-toxic. This product is used across a range of industries, including paper, petroleum, textile, detergent, and agriculture. It is recommended for its excellent dispersing, gelling, wetting, and chemical intermediate properties.

Naxonac® 8104 is a complex mixture of monoesters and diesters of alkyl alcohol ethoxylate phosphoric acid, showing hydrotropic abilities in liquid formulations. It is an effective surfactant in heavy-duty alkaline liquid formulations and is soluble in high electrolyte systems. It is also an effective solubilizer and corrosion inhibitor in various sanitary and industrial cleaning formulations.

NASIL C/2.0 is sodium silicate obtained by fusing quartz sand and sodium carbonate at high temperatures. In the solid state they are amorphous and look like glass. They dissolve in water (waterglass) to afford colloidal solutions of an alkaline nature.

Natrium Products Dense Soda Ash is a white powder or granular substance refined from the mineral trona. It is a vital raw material in many industrial applications, such as detergents, chemicals, and glass manufacturing. Natrium Products customers utilize Soda Ash in waste and water treatment, paper manufacturing, detergent manufacturing, and the chemical industry. Natrium Products offers both high purity and dense soda ash. Our soda ash is of the highest quality and meets tight specification limits. While Natrium’s dense soda ash is suitable for most applications.

Reagent Chemical and Research Sodium Hydroxide, also known as lye and caustic soda, is an inorganic compound with the formula NaOH. It is used in the manufacturing of soaps and detergents, pulp and papers, water treatment, and textiles.

Natrium Products High Purity Soda Ash is a white powder or granular substance refined from the mineral trona. It is a vital raw material in many industrial applications, such as detergents, chemicals, and glass manufacturing. Natrium Products customers utilize Soda Ash in waste and water treatment, paper manufacturing, detergent manufacturing, and the chemical industry. Natrium Products offers both high purity and dense soda ash. Our soda ash is of the highest quality and meets tight specification limits. While our high purity has more stringent chemical specifications.

NASIL A52F is sodium silicate obtained by fusing quartz sand and sodium carbonate at high temperatures. In the solid state they are amorphous and look like glass. They dissolve in water (waterglass) to afford colloidal solutions of an alkaline nature.

Lascaray TO-2 is a tall oil that is obtained during the Kraft process of producing paper pulp from conifers.

PCC Chemax Caustic soda lye 25% solution is an inorganic chemical compound of the hydroxide group, belonging to the strongest alkali. In liquid form it is a colorless, odorless and non-flammable product called caustic soda liquid. It belongs to a group of basic raw materials, so it is used almost in every industry.

SREE RAYALASEEMA ALKALIES AND ALLIED CHEMICALS Sodium Sulfate used in manufacture of detergents, important ingredient in powdered soaps, textiles and in Kraft process of paper pulping.

Tokuyama Sodium silicate cullet Medium mol is generally not used as it is. Instead, it is usually dissolved using an autoclave or other equipment so it can be applied as sodium silicate (water glass). Dissolved sodium silicate water glass is used as a raw material for products in the chemical industry, such as precipitated silica(white carbon) and silica gel. It is also utilized in civil engineering applications when dissolved into sodium silicate (water glass), which is used to harden soil and prevent water leakage.Tokuyama produces sodium silicate from soda ash and caustic soda, which are our products, as a source of alkali and from silica sand as a source of silica.

KSIL® 2.2 is potassium silicate obtained by fusing quartz sand and potassium carbonate at high temperature. In the solid state they are amorphous and look like glass. They dissolve in water (waterglass) to afford colloidal solutions of an alkaline nature.