Use of phenol, Wei Connaught Chemical (certified), Tangshan phenol by Connaught Chemical Co., Ltd. Qingdao Wei. Qingdao Wei Connaught Chemical Co. (www.qdweinuo.com) is specialized in the "phenol, aniline, ethylene, n-butanol, isobutanol, n-propanol, isopropanol, methanol," the business, the company adhering to the "integrity management, service intentions, "the idea, to provide you with the highest quality products and services. Welcome to inquire! Contact: Feng Zhongying. What are the uses of phenol? Phenol can be used to dye synthetic resin, can be made of plastic, can be synthetic, but also the manufacture of pesticides, salicylic acid, and so on. Phenol is the most simple phenols, a weak acid. My company phenol at room temperature as a colorless crystal. Sales toxic phenol, phenol, also corrosive, so the operation to be certain protective measures. Slightly soluble in water at room temperature, phenol, soluble in organic solution; when the temperature is above 65 ℃, sorted water miscible in any proportion, and washed with alcohol solution gets on your skin. Phenol 若果 exposed pink in the air, but does not affect customers. Phenol: resistance to chemical cross-linking of phenolic resin after decomposition can resist any chemicals. For example the use of phenol gasoline, oil, alcohol, ethylene glycol phenol production, oil and various hydrocarbons. Because of its resistance to chemical stability, suitable for the production of kitchen utensils, water purification equipment (phenolic carbon fiber), bakelite tea tray, and is widely used cans and cans (National Standard GB 05009.069-2003), liquid food and beverage containers, etc. packaging materials. A thermal treatment increases the glass transition temperature of the cured resin can further improve various properties of the resin. The glass transition temperature and the crystalline solid state, such as molten polypropylene similar. Phenolic resin glass transition temperature and the initial curing temperature used in the initial stages of curing related. Heat treatment can improve the fluidity of the crosslinked resin further drive the reaction to occur, but also can remove residual volatile phenol, reduce shrinkage, enhanced dimensional stability, hardness and high temperature strength. At the same time, the resin also tend to shrink and become brittle. After the resin processing temperature curve will depend on the initial resin curing conditions and resin systems.