Products
Croda
Coltide™ Radiance
Applications: Surface Care, Dish Care, Commercial Laundry
Product Families: Performance Additives
Chemical Family: Proteins, Peptides & Amino Acid Derivatives, Proteins
End Uses: Detergents, Institutional Cleaners, Industrial Cleaners
Labeling Claims: Naturally Derived, Environmentally Friendly, Sustainable
Coltide Radiance is an innovative biopolymer and an 80% bio-based, sustainable performance additive for fabric conditioners. The performance additive is a higher performing alternative to silicone additives. Coltide Radiance provides a range of fabric protection benefits, including fabric, fibre and colour protection. These benefits traditionally shown from a conditioner can also be shown when used in a detergent formulation and from different washing processes.
Croda
Coltide™ HSi
Applications: Surface Care, Industrial Cleaning, Dish Care
Product Families: Performance Additives
Chemical Family: Proteins, Peptides & Amino Acid Derivatives, Proteins
End Uses: Detergents, Fabric Cleaners, Fabric Conditioners
Coltide HSi combines unique functionalities of substantive wheat proteins and lubricating silicone in an advanced copolymer. In fabric conditioners, Coltide HSi is proven to be effective in improving the ease of ironing. Tests have shown a 23% reduction in friction when Coltide HSi is added to a standard conditioner at 0.25% inclusion level, making it easier to apply the iron to and move the iron over fabric without sticking. The silicone component of Coltide HSi also reduces in-wash creasing and wrinkling by smoothing fibers, By adding wheat protein,Coltide HSi also moisturizes the fabric - this is an additional benefit when compared to standard silicone polymers. Formation of cross linkages on drying helps protect fibers from thermal damage during high heat ironing. This can increase garment lifetime and improve fabric appearance.
Croda
Coltide™ Cashmere
Applications: Surface Care, Institutional & Catering, Industrial Cleaning
Product Families: Performance Additives
Chemical Family: Proteins, Peptides & Amino Acid Derivatives, Proteins
End Uses: Cleaning Wipes, Fabric Softeners, Hard Surface Cleaners
Coltide™ Cashmere is composed primarily of small peptides and produced by the hydrolysis of luxurious cashmere keratin fibers. It exhibits powerful moisture binding properties which impart moisture regulation and conditioning properties for fibers, therefore enhancing fabric softness and ease of handling.
Croda
Coltide™ H (Wheat)
Applications: Food Facility Cleaning & Sanitization, Surface Care, Institutional & Catering
Product Families: Performance Additives
Chemical Family: Proteins, Peptides & Amino Acid Derivatives, Proteins
End Uses: Bathroom Wipes, Woolen Treatment, Floor Wipes
Coltide™ H is a hydrolysed wheat derivative, which acts as effective moisturiser due to its hydrophilic groups that attract and bind water within the skin. It is substantive, and able to condition both skin and tissue fibers. When applied to the skin from tissue it imparts benefits such as moisturisation, protection, enhanced feel and soothing effects. As a wheat protein derivative Coltide™ H is widely used in personal care skin care products for its moisturising abilities.
Croda
Coltide™ Silk
Applications: Surface Care, Institutional & Catering, Industrial Cleaning
Product Families: Performance Additives
Chemical Family: Proteins, Peptides & Amino Acid Derivatives, Proteins
End Uses: Bathroom Wipes, Woolen Treatment, Floor Wipes
Coltide™ Silk is manufactured by the hydrolysis of pure silk and displays natural substantivity and excellent moisture retention properties. This imparts a moisturising effect to the skin and a softening effect to tissues/fabrics, improving softening and handling characteristics.
Croda
Coltide™ HPVP
Applications: Commercial Laundry, Dish Care, Surface Care
Product Families: Other Functional Additives, Performance Additives
Chemical Family: Proteins, Peptides & Amino Acid Derivatives, Proteins
End Uses: Spray Cleaners, Detergents, Laundry Detergents
Coltide™ HPVP is a copolymer of hydrolysed wheat protein and polyvinylpyrrolidinone (PVP) and possesses an average molecular weight of 40,000. This copolymer combines the moisturising and substantivity properties of the natural protein, with the dye transfer inhibition and film-forming properties of PVP to provide color protection and garmet care in laundry applications.
Croda
Coltide™ Cotton
Applications: Surface Care, Commercial Laundry, Wipes, Tissue & Towel
Product Families: Performance Additives
End Uses: Cleaning Concentrates, Concentrates, Detergents
Coltide™ Cotton is a hydrolysed cotton derivative and higher molecular weight hydrolysate; it acts as an effective moisturiser due to its hydrophilic groups, which attract moisture. It also imparts a conditioning and softening effect to tissue paper. A novel conditioning cotton based agent; Coltide™ Cotton offers excellent marketing potential for niche categories.
Croda
Coltide™ HQS
Applications: Surface Care, Industrial Cleaning, Commercial Laundry
Product Families: Performance Additives
Chemical Family: Proteins, Peptides & Amino Acid Derivatives, Proteins
End Uses: Institutional Cleaners, Fabric Conditioners, Fabric Cleaners
Coltide™ HQS is a natural protein conditioner enhanced by design to confer superior conditioning and fiber protection to natural textiles, including wool, cotton, linen and silk. As a unique additive to fabric conditioners, Coltide™ HQS improves the lubricity of fibers and imparts texture, body and softness. In addition to the functional benefits, Coltide™ HQS allows a protein marketing claim which provides powerful label appeal. Superior conditioning and fiber protection by design.
Croda
Coltide™ SQM
Applications: Laundry & Fabric Care, Wipes, Tissue & Towel
Product Families: Performance Additives
Chemical Family: Proteins, Peptides & Amino Acid Derivatives, Proteins
End Uses: Tissues
Coltide™ SQM is a cationic alkyl quaternary hydrolysed silk protein derivative. Quaternisation of proteins enhances the natural softening and so Coltide SQM demonstrates exceptional tissue softening performance for both virgin and recycled tissue aplpications.