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softening vessel with legs

Material:SUS304,SUS316L
Max working pressure 100Psi
Plsished or sandblast external surface
softening tank is made of stainless steel 304. The nano-antibacterial epoxy powder is coated inside. After electrostatic adsorption in a 170-degree oven, it is firmly adsorbed on the inner wall of the softener

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Product Description

softening vessel with legs

Material:SUS304,SUS316L
Max working pressure 100Psi
Plsished or sandblast external surface

softening tank is made of stainless steel 304. The nano-antibacterial epoxy powder is coated inside. After electrostatic adsorption in a 170-degree oven, it is firmly adsorbed on the inner wall of the softener, anti- corrosion and anti-rust, and resistant to strong acid and alkali. The softener contains resin, which is used for high hardness of water and reduces the hardness of water.Methods The most common suggests that for removing water hardness depend upon ion-exchange organic compound or reverse diffusion. alternative approaches embody precipitation ways and sequestration by the addition of chelating agents.
Ion-exchange organic compound methodology
Conventional water-softening appliances supposed for home use depend upon associate degree ion-exchange organic compound during which "hardness ions"—mainly Ca2+ and Mg2+—are changed for metal ions.As delineated by NSF/ANSI normal forty four,[7] ion-exchange devices scale back the hardness by replacement metallic element and metal (Mg2+ and Ca2+) with metal or metallic element ions (Na+ and K+)."Ion exchange resins are organic polymers containing anionic useful teams to that the powerfulness cations (Ca ++) bind a lot of powerfully than monovalent cations (Na+). Inorganic materials known as zeolites conjointly exhibit ion-exchange properties. These minerals are wide employed in laundry detergents. Resins also are offered to get rid of the carbonate, carbonate, and sulphate ions that are absorbed and hydroxide ions that are
discharged from the organic compound.When all the offered Na+ ions are replaced with metal or metallic element ions, the organic compound should be recharged by eluting the Ca2+ and Mg2+ ions employing a resolution of common salt or hydroxide, counting on the kind of organic compound used.[8] For anionic resins, regeneration usually uses an answer of, hydroxide (lye) or potash. The waste waters eluted from the ion-exchange column containing the unwanted metal and metallic element salts are usually discharged to the sewer system.Lime softening

Lime softening is that the method during which lime is superimposed to H2O to form it softer. it's many benefits
over the ion-exchange methodology however is especially suited to business treatment applications.

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