Products in Performance Additives

WACKER® AK 12500 is a linear, non-reactive polydimethylsiloxane with a viscosity of approximately 12500 mm²/s. Its chemical structure gives it exceptional properties that distinguish it from organic materials like mineral oils. It exhibits minimal changes in physical properties over a broad temperature range, excellent water-repellent properties, and good dielectric properties.

WACKER® AK 100 is a linear, non-reactive polydimethylsiloxane with a viscosity of approximately 100 mm²/s. Its chemical structure gives it an exceptional property profile that distinguishes it from organic materials like mineral oils. It has a high flash point, demonstrating its resistance to ignition. It also exhibits high heat resistance and good solubility in a wide range of solvents.

WACKER® AK 350 is a linear, non-reactive polydimethylsiloxane with a viscosity of approximately 350 mm²/s. Its chemical structure gives WACKER® AK 350 unique properties that differentiate it from organic materials like mineral oils. It has a low solidifying point and exhibits good solubility in a wide range of solvents.

LIOSIL® eco F 50 is a linear, non-reactive, unmodified polydimethylsiloxane with a viscosity of approximately 50 mm²/s. During the manufacturing of LIOSIL® eco F 50, all fossil-based raw materials are replaced with renewable raw materials (biomethanol) using a REDcert² biomass balance approach audited by TÜV NORD. Its unique chemical structure gives LIOSIL® eco F 50 exceptional properties that distinguish it from organic materials like mineral oils. Specifically, it exhibits a low surface tension and excellent spreading properties.

LIOSIL eco F 100 is a linear, non-reactive, unmodified polydimethylsiloxane with a viscosity of approximately 100 mm²/s. In its manufacturing process, LIOSIL® eco F 100 replaces 100% of fossil-based raw materials with renewable raw materials (biomethanol) using a REDcert² biomass balance approach audited by TÜV NORD. Thanks to its unique chemical structure, LIOSIL® eco F 100 offers exceptional properties that distinguish it from organic materials like mineral oils. Notably, it exhibits a low surface tension and excellent spreading properties.

WACKER® AK 5 is a linear, non-reactive polydimethylsiloxane with a viscosity of approximately 5 mm²/s. Its chemical structure gives WACKER® AK 5 exceptional properties that distinguish it from organic materials like mineral oils. It is chemically highly unreactive, has a low solidifying point, and exhibits high heat resistance.

WACKER® AK 10 is a linear, non-reactive polydimethylsiloxane with a viscosity of approximately 10 mm²/s. Its chemical structure gives it an exceptional property profile that distinguishes it from organic materials like mineral oils. It exhibits good solubility in a wide range of solvents and minimal changes in physical properties over a broad temperature range.

WACKER® AK 10000 is a linear, non-reactive polydimethylsiloxane with a viscosity of approximately 10000 mm²/s. Its chemical structure gives it an exceptional property profile that distinguishes it from organic materials like mineral oils. It possesses good dielectric properties, low surface tension resulting in high surface activity, and it is chemically highly unreactive.

WACKER® AK 2000 is a linear, non-reactive polydimethylsiloxane with a viscosity of approximately 2000 mm²/s. Its chemical structure gives it an exceptional property profile that distinguishes it from organic materials like mineral oils. It possesses good dielectric properties, has low surface tension, resulting in high surface activity, and is chemically highly unreactive.

WACKER® AK 200 is a linear, non-reactive polydimethylsiloxane with a viscosity of approximately 200 mm²/s. Its chemical structure gives it an exceptional property profile that distinguishes it from organic materials like mineral oils. It exhibits low surface tension, resulting in high surface activity. Additionally, it is chemically highly unreactive and has a low solidifying point.

WACKER® F784 is a specially formulated aminofunctional dimethylpolysiloxane fluid that is used to enhance the detergent and corrosion resistance properties of automobile polishes. It is designed to provide excellent results either when used alone or in combination with other products such as F756 aminofunctional silicone fluid and standard polydimethylsiloxanes (AK fluids).

WACKER® L 057 is a 100% water-dispersible, hydrolytically stable polyether-functional polydimethylsiloxane. WACKER® L 057 can be used in a wide range of applications, such as the textile industry, polishes, cleaners, and the plastics industry. WACKER® L 057 exhibits both special lubricant properties and antistatic action.

SILFOAM® SC 133 is an opaque and viscous anhydrous compound known for its effectiveness against a wide range of surfactants. It serves as an excellent defoamer in structured liquid detergents and works as a reliable deaerating and defoaming agent for gel products. Additionally, SILFOAM® SC 133 is suitable for slurry deaeration purposes.

WACKER® F756 is a specially formulated aminofunctional dimethylpolysiloxane fluid that is specifically used to enhance the detergent and corrosion resistance properties of automobile polishes. It can be used alone or in combination with other products such as F784 aminofunctional silicone fluid and standard polydimethylsiloxanes (AK fluids) to achieve excellent results.

WACKER® AK 35 is a linear, non-reactive polydimethylsiloxane with a viscosity of approximately 35 mm²/s. Its chemical structure imparts exceptional properties to WACKER® AK 35, distinguishing it from organic materials like mineral oils. It exhibits good solubility in a wide range of solvents and demonstrates minimal changes in physical properties across a broad temperature range. These characteristics make it highly versatile and suitable for various applications that require these specific properties.

WACKER® L 053 is a polyether-functional polydimethylsiloxane that is completely water-soluble. WACKER® L 053 can be used in a wide range of applications, such as the textile industry, polishes, cleaners, and the plastics industry. WACKER® L 053 exhibits both special lubricant properties and antistatic action.

SILFOAM® SC 1132 is an opaque and viscous anhydrous compound known for its effectiveness against a wide range of surfactants. It is particularly useful as a defoamer in structured liquid detergents and serves as a reliable deaerating and defoaming agent in gel products. Additionally, SILFOAM® SC 1132 can be utilized in the manufacturing of antifoam powders, which are used as foam suppressors when added to powder detergents.

LIOSIL® eco F 350 is a linear, non-reactive, unmodified polydimethylsiloxane with a viscosity of approximately 350 mm²/s. During the manufacturing process of LIOSIL® eco F 350, all fossil-based raw materials are replaced by renewable raw materials (biomethanol) using a REDcert² biomass balance approach audited by TÜV NORD. Its unique chemical structure gives LIOSIL® eco F 350 exceptional properties that differentiate it from organic materials like mineral oils. Notably, it exhibits a low surface tension and excellent spreading properties.

WACKER® AK 50 is a linear, non-reactive polydimethylsiloxane with a viscosity of approximately 50 mm²/s. Its unique chemical structure gives WACKER® AK 50 a remarkable set of properties that distinguish it from organic materials like mineral oils. These include low surface tension, resulting in high surface activity, exceptional chemical inertness, and a low solidifying point.

WACKER® AK 20000 is a linear, non-reactive polydimethylsiloxane with a viscosity of approximately 20000 mm²/s. Its chemical structure gives it an exceptional property profile that distinguishes it from organic materials like mineral oils. It exhibits excellent water-repellent properties, good dielectric properties, and low surface tension, resulting in high surface activity.

Noverite™ 301 Polymer is an ampholytic, hydrophilic copolymer that provides excellent affinity to fibers and delivers enhanced and visible softening benefits to your laundry products. It can be used to make clothing more comfortable and towels visibly fluffier. This surface substantive polymer can also be used on many hard surfaces to provide hydrophilic surface modification, resulting in water sheeting, homogeneous drying, anti-fogging, hard water spotting prevention, and easy removal of soap scum on treated surfaces. Noverite™ 301 Polymer is cold processable with an excellent stability profile and shows broad pH compatibility.

Noverite™ 310 Polymer is a cationic, hydrophilic polymer that provides excellent affinity to fibers and delivers enhanced and visible softening benefits to your laundry products. It can be used to make clothing more comfortable and towels visibly fluffier. When formulated in fabric conditioners, it delivers color protection and enhances the hydrophilicity of synthetic fabrics and sportswear after treatment. This surface substantive polymer can also be used on many hard surfaces to provide hydrophilic surface modification, resulting in water sheeting, homogeneous drying, anti-fogging, hard water spotting prevention, and easy removal of soap scum on treated surfaces. Noverite™ 310 Polymer is cold processable with an excellent stability profile and shows broad pH compatibility.

Noverite™ GP500 Silicone is a 100% active, water-dispersible cationic silicone that provides excellent affinity to textile fibers and hard surfaces. It can be used to improve the performance of a wide range of fabric care products by delivering softness and anti-wrinkle properties. In addition, Noverite™ GP500 Silicone can increase hydrophilicity when applied to many hard surfaces, resulting in water sheeting, anti-fog and limescale prevention on treated surfaces. Noverite™ GP500 Silicone can be easily formulated into clear aqueous systems without adversely impacting clarity and is readily incorporated into products without the need for elaborate emulsification or stabilization systems. It is biodegradable and recommended for use in a wide range of home care products.

Clinton 240 Acid Modified Industrial Corn Starch #028240 is a medium-viscosity, acid-modified starch that is employed by the paper and textile industries for size applications, particularly at high temperatures. A benefit of this product is that the hot paste is less viscous than that of an unmodified starch, and at elevated temperatures, the pastes are slightly clearer. For most applications, it is desirable to hold this paste at high temperatures to prevent excessive setback. When dried, this starch forms tough, opaque films that withstand the physical tests characteristic of the construction and paper industry, such as the tensile, Mullen, and wax pick tests.

ADM Native Food Grade Corn Starch #028185 is a highly refined basic powdered starch manufactured by ADM. This product is used in food applications such as puddings, salad dressings, prepared mixes, and gravies. As an unmodified (thick-boiling) starch, it is typically high in viscosity, with a good body at both low and high solids. Additionally, the setback (viscosity increase upon aging of the starch paste) is characteristically high for this product.

Clinton 225 Acid Modified Industrial Corn Starch #028225 is a relatively high-viscosity, acid-modified starch that is employed by the corrugating industry as a carrier starch. This product has a moisture content of 9 - 13% and a pH in the range of 6.0 - 7.0.

Clinton 260 Acid Modified Industrial Corn Starch #028260 is a medium-viscosity, acid-modified starch that is employed by the paper and textile industries for size applications, particularly at high temperatures. A benefit of this product is that the hot paste is less viscous than that of an unmodified starch, and at elevated temperatures, the pastes are slightly clearer. For most applications, it is desirable to hold this paste at high temperatures to prevent excessive setback. When dried, this starch forms tough, opaque films that withstand the physical tests characteristic of the paper industry, such as the tensile, Mullen, and wax pick tests.

ADM 100 Non-GMO Food Grade Native Corn Starch #028165 is a highly refined basic powdered starch manufactured by ADM in Europe. This product is used in food applications such as puddings, salad dressings, prepared mixes, and gravies. As an unmodified (thick-boiling) starch, it is typically high in viscosity, with a good body at both low and high solids. Additionally, the setback (viscosity increase upon aging of the starch paste) is characteristically high for this product.

Clinton 220 Acid Modified Industrial Corn Starch #028220 is a relatively high-viscosity, acid-modified starch that is employed by the paper and textile industries for size applications, particularly at high temperatures. A benefit of this product is that the hot paste is less viscous than that of an unmodified starch, and at elevated temperatures, the pastes are slightly clearer. For most applications, it is desirable to hold this paste at high temperatures to prevent excessive setback. When dried, this starch forms tough, opaque films that withstand the physical tests characteristic of the paper industry, such as the tensile, Mullen, and wax pick tests.

ADM Non-GMO Native Starch 100 I #028113 is a native maize corn starch that is soluble in hot water and suited for various industrial applications. For food applications, this starch is a cost-effective option to develop texture and provide stability. This product functions as an effective aqueous rheology modifier and a powerful binding agent.

ADM Native Food Grade Corn Starch LM #028184 is a highly refined basic powdered starch manufactured by ADM. This product is used in food applications such as puddings, salad dressings, prepared mixes, and gravies. As an unmodified (thick-boiling) starch, it is typically high in viscosity, with a good body at both low and high solids. Additionally, the setback (viscosity increase upon aging of the starch paste) is characteristically high for this product.

Clinton 277 Acid Modified Industrial Corn Starch #028277 is a low-viscosity, acid-modified starch that is employed by the paper and textile industries for size applications, particularly at high temperatures. A benefit of this product is that the hot paste is less viscous than that of an unmodified starch, and at elevated temperatures, the pastes are slightly clearer. For most applications, it is desirable to hold this paste at high temperatures to prevent excessive setback. When dried, this starch forms tough, opaque films that withstand the physical tests characteristic of the paper industry, such as the tensile, Mullen, and wax pick tests.

ADM 115 Non-GMO Food Grade Native Corn Starch #028164 is a highly refined product and a low-moisture basic powdered starch manufactured by ADM in Europe. This product is used in food applications such as puddings, salad dressings, prepared mixes, and gravies. As an unmodified (thick-boiling) starch, it is typically high in viscosity, with a good body at both low and high solids. Additionally, the setback (viscosity increase upon aging of the starch paste) is characteristically high for this product.

All-Plus Chemicals APF200G is a highly effective dispersant and encrustation inhibitor designed to combat carbonate, silicate, and phosphonate scales in automatic dishwashing and laundry applications. It offers exceptional dispersal properties across a wide range of formulations and exhibits excellent performance in inhibiting filming on glasses and dishes. Additionally, its superior tableting ability and dry powder mixability make it an ideal choice for various formulations. With optimized characteristics such as particle size distribution and bulk density, it ensures ease of handling, characterized by low hygroscopicity and the absence of dust generation.

Harcros Peracetic Acid (PAA) is a versatile industrial additive renowned for its dual functionality as both a dechlorination agent and a potent biocide. Widely utilized across various sectors, it plays a crucial role in ensuring effective water treatment, wastewater treatment, municipal wastewater treatment, and in the meticulous processes of metal finishing and manufacturing.

H-Quest® C 100 sodium glucoheptonate has many industrial uses as a high-performance chelating agent. Its superior performance in the pH range between 9 and 14 is due to its efficiency in forming stable chelates with divalent and trivalent metal ions such as Ca+2, Mg+2, Fe+2, Fe+3, Zn+2, Al+3, etc.