PVC

IntroductionThe Flourescent brightener OB1 is used in the molding of various plastics and plastic products at high temperature. Due to its excellent properties of heat resistance, light resistance and chlorine

IntroductionOptical brightener OB1, a fluorescent whitening agent, is especially suitable for the molding of various plastics and plastic products at high temperature. It has good properties of heat resistance, light

Introduction: OB series brightener is a commonly used additive in our plastics industry. Among many types of fluorescent brighteners, the reason why the brightener OB-1 is widely used in the plastics

Introduction: Titanuim(IV)oxide(TiO2) is an important inorganic chemical product, which has important applications in coating, ink, papermaking, plastic rubber, chemical fiber, ceramics and other industries.A white pigment mainly composed of titanuim(IV)oxide (TiO2).The

Introduction: TIO2,also known as titanium oxide or titania,is the naturally occurring oxide of titanium. Generally it is sourced from ilmenite.rutile and anatase.designed for use as a multipurpose product, it offers a

Introduction: Optical brightener is not the more added amount, the better the whitening effect, it belongs to a kind of fine chemical industry. Fluorescent whitening agent is used to emit blue

Introduction: Performance characteristics of fluorescent brightenerThe color of fluorescent brightener is blue. It is a pure fluorescent whitening agent, which is used for various special purposes without fillers. It has a

Introduction: Whitening principle of fluorescent Whitening agent OB is Fluorescent whiteners are organic compounds that increase the whiteness of plastics, textiles and paper.Commonly known as optical whitening agent.It is not bleach

Introduction: Titanuim dioxide anatase belongs to pigment grade titanium dioxide, which has the characteristics of strong hiding power, high coloring power, and good weather resistance. Mainly used in industrial sectors such

Introduction: Combining the production quality control experience of rutile titanium dioxide by sulfuric acid method, integrating innovative research in inorganic coating, organic treatment, salt treatment, calcination control, hydrolysis and product application,