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How To Make High-quality Antiseptic Resin

Jun 08, 2020

Abstract: In order to achieve this goal, an anti-corrosion resin is prepared by reacting an amine-terminated silicone resin with a novolak anti-corrosion resin, and m-phenylenediamine is used as a curing agent. The applied coating film was baked at 150°C. The thermal, mechanical, chemical and corrosion resistance of the cured film was evaluated to determine the commercial use of these anticorrosive resins for anticorrosive formulations. It was found that the siliconized anticorrosive resin system showed...

   The current work involves the development of anti-corrosion resins to overcome the shortcomings of anti-corrosion resins, such as poor impact strength, high rigidity and hygroscopicity, because they cannot be used as corrosion-resistant coatings. By embedding silicone in the posterior bone of the polymer resin, the aforementioned disadvantages can be reduced to a considerable level. In order to achieve this, an anti-corrosion resin is prepared by reacting an amine-terminated silicone resin with a novolak anti-corrosion resin, and m-phenylenediamine is used as a curing agent. The applied coating film was baked at 150°C. The thermal, mechanical, chemical and corrosion resistance of the cured film was evaluated to determine the commercial use of these anticorrosive resins for anticorrosive formulations. It was found that the siliconized anti-corrosion resin system showed good thermal and anti-corrosion properties.

  

   Immerse the reinforcement rod in the rust removal solution for about 15-30 minutes until the rust is removed and a bright surface rod is obtained. The rust remover is prepared by mixing the inhibitor rust remover with hydrochloric acid and water. The mixing ratio is 5 liters of inhibitor: 50 liters of hydrochloric acid: 50 liters of water can be used to produce 100 liters of rust removal solution. Then, remove the strip from the solution and clean it with a damp waste cloth. After that, the soap bar is immersed in a solution prepared by mixing alkaline powder with water. 1. Mix each kilogram of powder with 400 liters of water. The test strip should be placed in this solution for 5 minutes, then washed and removed. Immediately then, use a fiber brush to apply the phosphated jelly to the surface of the stick. Let the jelly react with the stick surface for 45-60 minutes, and rinse with water or a damp cloth to remove the jelly.

  

  Then the corrosion inhibitor solution is applied to the reinforced surface by brushing/dip coating. The corrosion inhibitor solution was mixed with ordinary Portland cement at a ratio of 500 CC corrosion inhibitor to 1 kg OPC to prepare a brushable slurry. The slurry is then applied to the rod surface by brushing. All the above steps should be performed on the same day and the steel is air dried for 12 to 24 hours. The corrosion sealing solution is then applied by brushing/dip coating. The inhibitor is mixed with ordinary Portland cement at a ratio of 600 CC inhibitor to 1 kg. Preparation of cement and brushable pulp. The slurry was immediately applied to the reinforced surface. The coating is then dried for 12-24 hours. The corrosive sealing solution is applied to the reinforced surface. The coating was repeated again after air drying for 4 hours.

Source:http://www.up-resin.com/

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