TH63564A - Membrane stabilizer and metal material that is ready for membrane treatment. - Google Patents

Abstract

DC60 (13/08/45) The water-based membrane curing agent of this invention adheres to the metal surface by adopting an easy method of drying. And can adhere on membranes, maintain and remove materials The metal of this healing membrane comes as a mark of practice. Which is a condition that is resistant to combustion and has Conditions that prevent rusting as well as handling phosphorous acid past iron materials. Moreover, waste is reduced and the environment in operation is improved. Improved industrial use value The aqueous membrane curing agent of this invention is adhered to the metal surface by adopting an easy method of drying. And can adhere on membranes, maintain and remove materials The metal of this healing membrane comes as a mark of practice. Which is a condition that is resistant to combustion and has Conditions that prevent rusting as well as handling phosphorous acid past iron materials. Moreover, waste is reduced and the environment in operation is improved. Improved industrial use value

Claims (5)

1. The membrane treatment solution has the chemical formula M2O - nSiO2 <<where n represents a number from 2-9, M is sodium, potassium, lithium, or NR4 (in this chemical formula, R represents a hydrocarbon group). Choose at least one type from those listed.>> The membrane treatment solution contains K acid and the required mixing ratios for production. 2. Based on claim 1, which describes a membrane maintenance solution composed of oil, soap, alkaline metal soap, paraffin wax, and polytetrafluor octhylene, at least one type of lubricant compound is selected and combined with K hydrocarbon acids, with the total amount being standardized. The total amount of K hydrocarbon acids shall be 10-99%, and the amount of lubricant compound shall be 1-90% of the combined compounds. 3. According to claim 1, which describes the membrane maintenance solution, the solution consists of a viscosity modifier, with the amount of K-hydrocarbon acid mixed with a standard amount of lubricant compound, ranging from 1-30% of the total compounds. 4. Claim 1 describes the membrane treatment solution applied to the surface of metallic materials, resulting in the creation of special membrane-treated metallic properties. 5. Claim 1, which describes a membrane treatment solution that, when applied to a metallic surface, forms a special membrane-like structure on a specific type of metallic material, provides a membrane adhesion rate of 0.3-50 g/m2 after drying.