Çin Video Kanalı WUXI LANSEN CHEMICALS CO.,LTD.
sohbet Bizimle iletişim kur
Ev videolar oynatma listesi Web sitesi

Factory1

Diğer Videolar
February 08, 2022
Kategori Bağlantısı: Poliamin Flocculant
sohbet Bizimle iletişim kur
Etiketler:
#katyonik topaklaştırıcılar #katyonik polimer topaklaştırıcı #polimer topaklaştırıcı su arıtımı
Brief: Discover the power of cationic flocculants with our Polyaluminium Chloride treatment, designed for low-turbidity wastewater. This light yellow viscous liquid, known as Polyamine, is a versatile solution for industries needing efficient liquid-solid separation. Learn how it resists chlorine degradation and enhances water treatment processes.
Related Product Features:
  • Light yellow viscous liquid cationic polymer for effective water treatment.
  • Works as a primary coagulant and charge neutralization agent in various industries.
  • Can be mixed with inorganic coagulants like polyaluminium chloride for low-turbidity wastewater.
  • Used in oil-field wastewater purification and as an anionic trash catch in papermaking.
  • Customizable concentration and viscosity to meet specific customer needs.
  • Available in multiple product codes (LSC51 to LSC56) with varying viscosity ranges.
  • Solid content of 50±1% and pH range of 5-7 for optimal performance.
  • Packaged in 1100Kg/IBC or 210kg/drums for easy storage and handling.
Sorular:
  • What is the primary use of Polyamine in water treatment?
    Polyamine is used as a primary coagulant and charge neutralization agent in liquid-solid separation processes across various industries, including wastewater treatment and papermaking.
  • Can Polyamine be customized for specific needs?
    Yes, the concentration and viscosity of Polyamine can be customized according to customer requirements, ensuring optimal performance for specific applications.
  • How is Polyamine packaged and stored?
    Polyamine is packaged in 1100Kg/IBC or 210kg/drums and should be stored at room temperature to maintain its effectiveness and shelf life.
İlgili videolar