FOSHAN ZONTAI TITANIUM DIOXIDE LIMITED’s Post

#powdercoating How fibers partly replace titanium dioxide in powder coating? Comparing to the traditional powder coating manufacturing industry which requires a significant investment in titanium dioxide, the adding of our products (CSW/Calcium Sulphate Fiber) offer the advantage of improving the agglomeration of titanium dioxide and serving as a spacer. The reference price of calcium sulphate fiber is about half of the reference price of titanium dioxide. And our calcium sulphate fiber can replace of TiO2 5-30%. This ultimately leads to a reduction in the required investment in titanium dioxide, and finally reduce the cost.

Insoluble titanium anode for the production of electrolytic copper foil

In Oct. 2024, the China #titaniumslag market is relatively stable, with the price of acid dissolved titanium slag in Yunnan region being adjusted downwards once again. Titanium slag factories are mostly fulfilling orders from regular customers, with very few new orders in the market. However, manufacturers are under significant cost pressure and are actively engaged in sales. #Exworksprices of titanium slag (73%–74%) in China by region, mid-Jan. 2024–mid-Oct. 2024

Oct 2024 Update on Titanium Dioxide In recent months, buyers and sellers have gradually adapted to a low-price, stable market environment. On the one hand, the supply-demand game and the situation of oversupply still exist. On the other hand, customers with needs are purchasing. Due to cost constraints and ongoing low-price operations, the downward space of prices is limited. Recently affected by factors such as environmental protection and equipment maintenance, some manufacturers have reduced or stopped production resulting in a slight decline in the overall operating rate of titanium dioxide production. Moving into the fourth quarter, it may become common practice for manufacturers to adjust operations to restore balance between supply and demand. Given these conditions, customers can purchase on demand without stocking. #anatasetitaniumdioxide #titaniumdioxide #dioxidetitanium #anatasetio2 #rutiletio2 #tio2rutile #whitepigmenttitaniumdioxide #titaniumdioxideanatase #tio2rutile #titaniumdioxiderutile #titaniumdioxideprice

Production Process of Calcium Silicate Board In China, the production of calcium silicate boards mainly involves two methods: the wire-cutting method and the slurry method. Our company generally employs the slurry method for production. The slurry method is a more recent technological development that primarily focuses on changing the casting process. #CalciumSilicateBoard #ProductionLine #BuildingMaterials #HighQuality #ProjectConstruction

The Key Benefits of Potassium Silicate For Paints.

【Molybdenum Disulfide】Project Progress Update: Innovative Technology Paves the Way for the New Era of Molybdenum Metal Industry Our company is about to officially launch a new molybdenum disulfide production project, which is expected to be put into operation by the end of this year. Through the adoption of industry-leading innovative technologies, we are able to produce high-quality molybdenum disulfide, molybdenum roast (industrial molybdenum oxide, roasted molybdenum concentrate), as well as molybdenum iron and other molybdenum-related metal products, fully meeting the market demand. After the project is put into operation, our annual molybdenum concentrate demand will reach 40,000 tons. This not only brings us huge development opportunities, but will also inject new vitality into the molybdenum metal industry, driving the high-quality development of related industries. We sincerely invite molybdenum concentrate suppliers from around the world to establish long-term cooperative relationships with us, jointly promoting the innovative development of the molybdenum metal industry. At the same time, we also look forward to establishing close cooperation with the demand-side of molybdenum disulfide, molybdenum roast, and molybdenum iron, providing customers with high-quality products and services. Focusing on our customers, we will continuously optimize product performance and improve service levels, providing you with comprehensive solutions with our leading technical capabilities and high-quality products. Please look forward to the official launch of our new project! #MolybdenumDisulfide #MolybdenumRoast #MolybdenumIron #IndustrialMolybdenumOxide #RoastedMolybdenumConcentrate #MolybdenumConcentrate #SupplierCollaboration #CustomerCollaboration #InnovativeTechnology #SustainableDevelopment #MarketDemand

How can tubular membranes efficiently remove calcium, magnesium, silica and heavy metals? What are the operating conditions? Tubular membranes remove calcium and magnesium. Based on the screening mechanism, calcium carbonate and magnesium hydroxide precipitation must be generated first, and then retained by a 0.05um pore size. The effluent hardness is low, calcium, magnesium, and silica are less than 20mg/L, and the total hardness is less than 50-100mg/L. The magnesium agent method or sodium aluminate method is used to remove silica, and the membrane blockage problem can be solved by dissolving with 5% liquid alkali or HF. In the treatment of heavy metal wastewater, tubular membranes can remove heavy metal ions, and the produced water meets the RO inlet requirements, with a turbidity of 1NTU and SDI3. Under strong acid and alkali conditions, tubular membranes can operate stably, with a pH range of 0-14. Projects that have been operating stably for more than 3 years include 15%HF, 25%H2SO4 and 15%HCl filtration. For wastewater containing F, tubular membranes generate fluoride precipitation and then perform solid-liquid separation, but attention should be paid to the solubility limit of calcium fluoride, which is difficult to reduce to the 10mg/L standard.