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XPJ330 High Carbon Alcohol Emulsion Degassing Agent
Product Introduction XPJ330 is a high carbon alcohol emulsion degassing agent which has been developed according to our patent technology. It can effectively remove the air in the fiber during the process of papermaking. It has the effect of removing air bubbles 80-90% and reduces 2-3% of the moisture in the inlet of the dryer. It works well at 30-45℃ ; It is advantageous to improve the technological conditions, increase the papermaking speed and improve the product quality. The utility... -
XPJ757 High Carbonyl Alcohol Fatty Acid Ester Complex
Product Description It, also known as DSA-5 Defoamer, is especially designed for soybean and other food processing industry. It is more valuable when many countries are strictly controlling silicon residues and prohibiting the use of polyether defoamer; The product has the unique advantages of not affecting the taste of the product and the defoaming is quick and long, and the efficiency of defoaming can reach to 96-98%. It is widely used in the food industries, such as soybean products, ... -
XPJ350 High Temperature Fatty Alcohol Degassing Agent
Product Description XPJ350 is a high-temperature-resistant high-carbon alcohol degassing agent for papermaking based on our patent technology. It can effectively remove the air in the fiber during papermaking. It can remove 80-90% bubbles and reduce the moisture at the inlet. The degassing effect of XPJ350 on high-temperature and high-speed paper machine is remarkable at 45-55 ℃ , which is advantageous to improve the technological conditions, increase the papermaking speed and improve th... -
XPJ570 Delayed Coking Defoamer
Product Description XPJ570 delayed coking defoamer is a non-silicon defoamer developed by Saiouxinyue according to the characteristics of foam layer in delayed coking unit. The product has excellent high temperature resistance, fast defoaming and has a very long-lasting anti-foaming performance. The agent can effectively prevent foam from washing over the top of the tower or blocking the coking of oil and gas pipelines; Since the product formula is unique, it will not produce the catalys... -
XPJ930 Advanced Thick Latex Paint Defoamer
Product Introduction XPJ930 is a highly efficient compound defoamer without silicon. It is suitable for eliminating styrene-acrylic latex, ethylene-acrylic latex, pure acrylic latex, vinyl acetate latex and so on. It has the advantages of fast defoaming speed, fast drying speed, less consumption and good auxiliary film-forming performance. It is widely used to eliminate the foam of water-based film adhesive, high-grade emulsion paint, polymer adhesive, chemical starch, polyvinyl alcohol,... -
XPJ840 Powdery Acid-resistant Defoamer
Product Introduction XPJ840 is a single chemical structure powdery defoamer developed by Saiouxinyue under the condition of acid resistance. The product is not a complex, does not contain organic silicon and insoluble silica. This solid defoaming powder has excellent defoaming and defoaming properties. It is recommended to be used in many acid foaming processes, such as mineral flotation, pHospHorus compound fertilizer production, rare earth flotation, molybdenum ore processing and many ... -
XPJ901 Non-silicon Compound Defoamer
Product Overview This product is made of higher fatty alcohols, amide, polyether, hydrocarbon and other substances through a special process refined into a general-purpose non-silicon defoamer. Its advantage is that it can quickly penetrate into the liquid, and quickly diffuse, eliminate the stubborn foam produced by a variety of surfactants. In a strong base and at high temperature, it can defoam stably and avoid foam regeneration for a long time. It changes the disadvantages of the res... -
XPJ997 Alkynyl Alcohol Defoamer
Product Introduction XPJ997 is a hydrocarbon defoamer produced by imported raw materials and special processes. It is a special defoamer developed for the production of latex gloves and the application of waterborne coatings. XPJ997 promotes foam control and surface wetting in order to avoid the formation of duck web and minimize surface defects. The antifoaming agents we provide are formulated using advanced chemicals under the supervision of our experienced professionals. Advanced form...
