Hubei Sanli Fengxiang Technology Blog

  Welcome to the fascinating world of   Ethyl Acetate Plant , where innovation and precision converge to create a key industrial chemical. In this comprehensive guide, we will delve into the intricacies of the production process, from the raw materials to the final product. Raw Materials Acquisition Embarking on the journey of  ethyl acetate production  requires meticulous selection of raw materials. Here, we explore the key components that form the foundation of this chemical marvel. Distillation Process Unlocking the secrets of distillation, this section takes you through the heart of the production process, where precision and temperature control play pivotal roles. Catalysts and Reaction Mechanism Dive into the world of catalysts and unravel the chemical dance that transforms simple ingredients into the versatile compound that is  ethyl acetate . Quality Control Measures Ensuring the highest standards, quality control measures are the sentinels of an Ethyl Acetate Production Plant.

  Titanium dioxide , also known as titanium oxide or titania , is the naturally occuring oxide of titanium,chemical formula TiO2. When used as a pigment, it is called titanium white,Pigment white. Generally it is sourced from ilmenite, tutile and anatase. It has a wide range of applications, from paint to sunscreen to food coloring. R838 is produced by sulfate process, It is a Rutile TiO2  pigment which is Inorganic Si, Al surface coating, organic surface treating. Has optical properties of partial blue phase, good whiteness，good optical properties and hiding power, good durability and dispersion etc. Product appearance: white powder Test Items Standard Result TiO2 purity% m/m 92 Min. 93 Matter volatile at 105ºC % m/m 0.8 Max.  0.4 Hydrotrope % 0.5 Max. 0.3 Residue on sieve 45 µm % 0.03 Max.  0.019 Color compare with standard not lower than  not lower than  Titing strength compare with standard % 108 Min.  115 PH of suspension, aqueous solution retainted 6.5----8.5  7.4 Oil absorbtion

  In the realm of   chemical manufacturing , formaldehyde stands as a cornerstone, utilized in various industrial processes. Understanding how formaldehyde is produced in a formaldehyde plant is crucial for professionals and enthusiasts alike. In this comprehensive guide, we delve into the intricacies of this essential production process, shedding light on the nuanced steps involved. The Chemistry Behind Formaldehyde Synthesis Methanol Oxidation: A Pivotal Starting Point The journey of formaldehyde begins with the oxidation of methanol, a key precursor. This process typically occurs in a catalytic reactor, where methanol undergoes controlled oxidation, yielding formaldehyde as a primary product. The significance of this initial step cannot be overstated, as it sets the foundation for subsequent stages in the production line. Catalytic Conversion: Transforming Methanol into Formaldehyde Following methanol oxidation, the resulting mixture undergoes catalytic conversion. A carefully chose