The difference between water-based thickeners and oil-based thickeners.
2024-11-27 16:12
There are significant differences between washing thickeners and oil thickeners in terms of composition, use, and environmental friendliness.
Composition
Washing thickeners are typically an anionic hydrophobic modified acrylic swelling associative rheology modifier, belonging to non-ionic surfactants, easily soluble in water, and have the characteristic of no cloud point. In contrast, oil thickeners are ionic linear macromolecular substances, mainly used to increase the fluid volume of the polymer itself, reduce the free movement time of particles, thereby increasing viscosity.
Usage
Washing thickeners are mainly used in laundry liquids and other cleaning products, improving the rheological properties of the product by increasing the viscosity of the system, preventing sagging, splashing, and dripping during application, while providing good physical and mechanical stability to the thickening system, which is beneficial for storage stability and preventing sedimentation. Oil thickeners, on the other hand, are widely used in oil-based coatings, water-based coatings, latex paints, water-based inks, adhesives, elastic pastes, etc., with excellent pigment suspension and sag resistance.
Environmental Friendliness
Due to their compositional characteristics, washing thickeners generally have a smaller environmental impact and meet environmental protection requirements. In contrast, oil thickeners are relatively poor in environmental friendliness because they emit chemical additives that produce a pungent odor, causing pollution to the environment and air.
In summary, washing thickeners are mainly used in cleaning products and have better environmental friendliness; while oil thickeners are widely used in various coatings and pastes, but their environmental friendliness is relatively poor.
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The difference between water-based thickeners and oil-based thickeners.
Washing thickening agents are usually an anionic hydrophobic modified acrylic alkali swelling associative rheology modifier.
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