Product Description Cause of Foaming During the digestion and dissolution process in alumina production, a large amount of alkaline substances with strong foaming tendencies are added. When heated, these substances can readily generate foam. Hazards of Foam If the foam is not removed promptly, it ma
Product Description Polyether ester defoamers are prepared by reacting polyether defoamers with fatty acids or other organic acids. Their molecular structure retains certain functional groups of polyether defoamers while introducing ester groups, which helps reduce the effects associated with hydrog
Product Description Mineral oil-based defoamers are oil-in-oil (O/O) emulsion-type defoamers formulated with naphthenic mineral oil, linear mineral oil, paraffin, and other mineral oils as the base oils. Specially modified vegetable oils are used as auxiliary oils, together with various dispersants
Product Description High carbon alcohol defoamers are oil-in-water (O/W) emulsion-type defoamers formulated using higher fatty alcohols, higher fatty acids, and long-chain mineral oils as the base oils. Various water-soluble modified vegetable oils are used as auxiliary oils, together with water-sol
Product Description PS-340 Defoamer is a 40% active, dilutable emulsion-type defoamer. Its main active component is a water-compatible silicone polyether. Only a small dosage is required to achieve the long-lasting performance typically provided by conventional defoamers. It is suitable for foaming
Product Description Polyether defoamers are a type of blend of various polyether polyols, produced through a specialized process using different initiators and epoxides such as ethylene oxide (EO), propylene oxide (PO), and butylene oxide (BO), under the action of catalysts. Due to their molecular s
Product Description Silicone defoamers are formulated with dimethyl silicone oil, fumed silica, and other active ingredients, together with various emulsifiers. With dispersants, chelating agents, and stabilizers providing the necessary formulation support, these defoamers are manufactured into emul
Product Description Cause of Foaming During the digestion and dissolution process in alumina production, a large amount of alkaline substances with strong foaming tendencies are added. When heated, these substances can readily generate foam. Hazards of Foam If the foam is not removed promptly, it ma
Product Description Polyether ester defoamers are prepared by reacting polyether defoamers with fatty acids or other organic acids. Their molecular structure retains certain functional groups of polyether defoamers while introducing ester groups, which helps reduce the effects associated with hydrog
Product Description Mineral oil-based defoamers are oil-in-oil (O/O) emulsion-type defoamers formulated with naphthenic mineral oil, linear mineral oil, paraffin, and other mineral oils as the base oils. Specially modified vegetable oils are used as auxiliary oils, together with various dispersants
Product Description High carbon alcohol defoamers are oil-in-water (O/W) emulsion-type defoamers formulated using higher fatty alcohols, higher fatty acids, and long-chain mineral oils as the base oils. Various water-soluble modified vegetable oils are used as auxiliary oils, together with water-sol
Product Description PS-340 Defoamer is a 40% active, dilutable emulsion-type defoamer. Its main active component is a water-compatible silicone polyether. Only a small dosage is required to achieve the long-lasting performance typically provided by conventional defoamers. It is suitable for foaming
Product Description Polyether defoamers are a type of blend of various polyether polyols, produced through a specialized process using different initiators and epoxides such as ethylene oxide (EO), propylene oxide (PO), and butylene oxide (BO), under the action of catalysts. Due to their molecular s
Product Description Silicone defoamers are formulated with dimethyl silicone oil, fumed silica, and other active ingredients, together with various emulsifiers. With dispersants, chelating agents, and stabilizers providing the necessary formulation support, these defoamers are manufactured into emul