Products

grotanol® 3025 is a microbiocidal system cleaner based on glutaral and chloromethyl-/methylisothiazolone (3:1). It effectively combats bacteria, yeasts, and molds across anionic, cationic, and non-ionic systems, with low foaming and immediate action. Free of formaldehyde and solvents, it can be rinsed off without leaving residue and meets strict regulatory standards. Ideal for industrial settings like food-processing, pharmaceutical, and cosmetic industries, surfaces in contact with food must be rinsed with water after the recommended contact time.

parmetol® K 20 is a bivalent stabilized aqueous preparation based on chloromethyl-/methylisothiazolone (CMI/MI), stabilized with copper and magnesium salts. It is suitable for preserving a broad range of water-based products, offering a broad spectrum of efficacy. parmetol® K 20 is free of VOCs and organic solvents. It is used for disinfecting surfaces, materials, equipment, and furniture, and for preserving products during storage. It is also used in liquid-cooling and processing systems, slimicides, and working or cutting fluid preservatives.

parmetol® K 6 is an aqueous combination of chloromethyl/methylisothiazolone (CMI/MI) stabilized with copper and magnesium salts. It effectively preserves water-based products of various kinds, offering a broad spectrum of protection. Free from volatile organic compounds (VOC) and organic solvents, it ensures reliable and high-performance preservation without compromising environmental standards. It's suitable for preserving manufactured products and controlling microbial deterioration to extend their shelf life.

parmetol® K 11 is a copper stabilized combination of isothiazolones, water based combination of chloromethyl-/ methylisothiazolone (CMI/ MI).

parmetol® DF 19 forte is a water-based film preservative containing carbendazim and diuron. It effectively preserves films and coatings, safeguarding materials like paints, plastics, sealants, and papers against microbial deterioration and algal growth. It offers broad-spectrum efficacy and is free of VOC and organic solvents, making it suitable for outdoor applications.

parmetol® K 40 is a bivalently stabilized aqueous preparation containing chloromethyl/methylisothiazolone (CMI/MI), copper, and magnesium salts. It effectively preserves a broad range of water-based products, safeguarding them against microbial degradation. This solution is vital for extending the shelf life of various manufactured goods, particularly in applications such as rodenticides, insecticides, and other bait products. Free of VOC and organic solvents, it offers a broad spectrum of efficacy, ensuring the longevity of stored products.

parmetol® SL 60 is a water-based combination of glutaral and chloromethyl-/methylisothiazolone (3:1), offering a broad, balanced spectrum of effect against microbes, including sulfate-reducing bacteria. Free of formaldehyde, it is highly effective for disinfection and sanitation purposes, particularly for contaminated plants and products. This preservative ensures good headspace protection and is essential for safeguarding manufactured goods against microbial degradation, prolonging their shelf life. It's especially suitable for preserving rodenticides, insecticides, and other bait formulations.

Vinkocide® CMIK 10 New is a formulation containing 5-chloro-2-methyl-isothiazol-3-one (CMIT), 2-methyl-2H-isothiazol-3-one (MIT), and 1,2-benzisothiazolin-3(2H)-one (BIT). It penetrates microorganism cells, disrupting vital functions to prevent microbial adaptation. It offers broad antimicrobial spectrum against bacteria, fungi, and yeasts. Ideal for aqueous systems, it ensures cost-effective preservation with rapid action, making it suitable for various industrial applications such as preserving manufactured products and controlling slime growth.

Vinkocide® KTL is an aqueous alkaline solution featuring 1,2-benzisothiazolin-3(2H)-one with 2-methyl-2H-isothiazol-3-one, setting the highest purity standard. It meticulously minimizes impurities that could lead to undesired side effects, ensuring optimal toxicological and technical properties. Penetrating microbial cells, it reacts with vital components, deactivating crucial substrates and enzymes, thus thwarting microbial adaptation. Free from formaldehyde, formaldehyde releasers, phenolics, or heavy metals, it offers broad-spectrum antimicrobial action against bacteria, fungi, and yeasts. With excellent chemical stability and non-volatility, it guarantees enduring efficacy, making it ideal for aqueous and water-miscible systems. Furthermore, it exhibits good compatibility with various raw materials. Its applications range from preserving manufactured products during storage to serving as slimicides in industrial processes and working or cutting fluid preservatives.

Vinkocide® NaPt 40 is a broad-spectrum biocide formulated with Sodium Pyrithione to prevent microbial degradation of products, addressing issues such as phase separation, odor buildup, gas buildup, viscosity changes, and toxin accumulation. Widely utilized in water-based products, it exhibits excellent compatibility with most products, with optimal effectiveness at pH levels between 7 and 10. With a broad antimicrobial spectrum and heat resistance up to 100°C, it is particularly effective against fungi. It is commonly employed as a preservative for manufactured products, film coatings, and working or cutting fluids to control microbial deterioration.

Vinkocide® KTLF combines 1,2-benzisothiazolin-3(2H)-one (BIT) with 2-methyl-2H-isothiazol-3-one (MIT) and (Ethylenedioxy)dimethanol (EDDM), offering a potent blend for fast action and enduring efficacy. This formulation is adept at addressing microbial challenges in applications that are hard to preserve. Leveraging formaldehyde releaser as a stabilizer for isothiazolones, it ensures effectiveness where isothiazolones alone may fall short. Particularly suitable for headspace preservation, it reduces the need for high-use levels compared to a BIT/MIT combination. Its clear, aqueous solution form enables seamless integration into clear products like detergents. Demonstrating excellent chemical stability and compatibility with various raw materials, it ensures long-term efficacy. Its applications span from preserving manufactured products during storage to serving as slimicides in industrial processes and working or cutting fluid preservatives.

parmetol® CF 8 is a water-based film preservative containing pyrithione zinc and terbutryn, suitable for dry film preservation, aqueous paints, dispersion plaster, sealing compounds, and adhesives. It guards against microbial growth on various surfaces, offering long-term protection against algae, yeasts, and fungi. Free of allergens and harmful compounds, it ensures ecological and economic benefits, supporting the sustained prevention of microbiological damage on coated surfaces.

Vinkocide® KTLN comprises 1,2-benzisothiazolin-3(2H)-one (BIT) with 2-methyl-2H-isothiazol-3-one (MIT) and Pyridine-2-thiol 1-oxide, sodium salt (NaPT), offering an alternative to future labeling concerns of BIT concentrations exceeding 50 ppm due to the 2nd ATP of the CLP regulation. It optimally completes the efficacy spectrum of a BIT/MIT mixture while reducing the BIT content. Highly suitable for preserving a diverse array of products, it demonstrates excellent properties, including clarity for seamless integration into clear products like detergents. While compatibility with most products and raw materials is excellent, individual formulation stability should be verified. Its efficacy remains within labeling limits, ensuring effective preservation while complying with regulations. Its broad antimicrobial spectrum, excellent chemical stability, and compatibility with various raw materials make it a preferred choice for preservation applications, including products used during storage and working or cutting fluid preservatives.

stabicor® BE 031, identified as a water carrier, functions as an industrial demulsifier, specifically designed for applications within the oil, gas, and mining sectors, particularly in refinery and gas treatment processes. It plays a vital role in facilitating crude oil dehydration and ensuring efficient separation of water from the oil. With its categorization within refinery and gas treatment chemicals, it serves as a key component in ensuring the smooth flow of production processes, contributing to the quality and efficiency of operations in refining and gas processing within the industrial sector.

Vinkocide® KTLB is a formulation combining 1,2-benzisothiazolin-3(2H)-one (BIT) with 2-methyl-2H-isothiazol-3-one (MIT) and Bronopol, designed to deliver fast action and long-term efficacy. This combination is particularly effective in applications challenging to preserve, where Bronopol serves as a stabilizer for isothiazolones, enhancing their efficacy. With a broad antimicrobial spectrum against bacteria, fungi, and yeasts, it excels where other products may fail. Its excellent chemical stability ensures enduring efficacy, making it suitable for aqueous and water-miscible systems. Additionally, its clear, aqueous solution form allows for seamless integration into clear products like detergents. It finds utility in preserving various manufactured products, including those prone to slime growth, in industrial processes. Compatibility with most products and raw materials is excellent, although individual formulation stability should be verified.

Vinkocide® KTLD is a formulation blending Benzisothiazolinone (BIT), 2-methyl-2H-isothiazol-3-one (MIT), and Dodecylguanidine hydrochloride (DGH), meticulously designed to complement the efficacy spectrum of a BIT/MIT mixture while reducing the BIT content. Highly suitable for preserving a diverse range of products, it provides excellent properties, including clarity for seamless integration into clear products like detergents. With a broad antimicrobial spectrum against bacteria, fungi, and yeasts, it excels in aqueous and water-miscible systems, ensuring excellent long-term efficacy. While compatibility with most raw materials is typically excellent, it's prudent to test stability in individual formulations.