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  Introduction :  Aluminum trihydrate (ATH) , a white crystalline compound derived from bauxite ore, has witnessed significant growth in demand across various industries due to its versatile properties and environmental benefits. This article explores the applications of aluminum trihydrate, its market trends, and the factors driving its increased adoption. Additionally, it highlights the potential future prospects for this compound in industries such as construction, plastics, and chemicals. Overview of Aluminum Trihydrate : Aluminum trihydrate, also known as aluminum hydroxide, is primarily produced by extracting alumina from bauxite ore. It has a wide range of applications, owing to its flame retardant, smoke-suppressing, and filler properties. ATH acts as an efficient flame retardant in materials such as cables, textiles, and rubber, reducing the risk of fire spread and enhancing safety. Furthermore, its smoke-suppressing characteristics make it an ideal choice for materials used i

  Market Overview Aluminum trihydrate (ATH) is an doorless, white powder obtained from the bauxite through bayer process. ATH is also known as alumina hydrate, aluminium tri-hydroxide, and aluminium hydroxide. It is widely known for its flame retardant, smoke suppression, thermal stability, and arc track resistance properties. It finds application in various end-use industries such as construction, electrical, automotive, plastic, paper, and paints coatings among others. ATH is widely used in the production of aluminium and other industrial chemicals such as sodium aluminate, aluminum chloride, and aluminium sulphate owing to versatility and low cost. Its usage is rapidly increasing in the construction, plastic and paper industry due to its flame retardant property,. The product demand is surging from the paints coatings industry as a result of improved viscosity and high gloss. ATH is extensively used in the textile industry owing to rising demand for the waterproof fabrics. The produ

  Market Overview Aluminum trihydrate (ATH) is an doorless, white powder obtained from the bauxite through bayer process. ATH is also known as alumina hydrate, aluminium tri-hydroxide, and aluminium hydroxide. It is widely known for its flame retardant, smoke suppression, thermal stability, and arc & track resistance properties. It finds application in various end-use industries such as construction, electrical, automotive, plastic, paper, and paints & coatings among others. ATH is widely used in the production of aluminium and other industrial chemicals such as sodium aluminate, aluminum chloride, and aluminium sulphate owing to versatility and low cost. Its usage is rapidly increasing in the construction, plastic and paper industry due to its flame retardant property,. The product demand is surging from the paints & coatings industry as a result of improved viscosity and high gloss. ATH is extensively used in the textile industry owing to rising demand for the waterproo