QingYun - ion exchange resin

Amberlyst 46 equivalent, Esterification Catalyst Resin KIVI CAR02 s a strong acid cation exchange polymeric catalyst mainly designed for use as a solid acid catalyst in the esterification and transesterification processes. Compared to conventional strong acid resin catalysts, KIVI CAR02 has the excellent selectivity for the esters in high temperature with its functionalized surface, This polymeric catalyst is equivalent to Amberlyst 46. PHYSICAL AND CHEMICAL PROPERTIES Items References Total Capacity  mmol/g[H+] ≥0.8 Water content ％ 26-36 Shipping weight ，g/ml 0.55-0.65 Particle size mm 0.4-1.25 Whole beads count  ％ ≥95 Average pore size  nm 130—160 Surface area m2/g 50-70 Pore volume ml/g 0.20-0.30 Ionic form Hydrogen Physical form Beige to brown opaque beads Leave your message! Steven kivifilter@126.com https://kivifilter.en.made-in-china.com/

The EPA defines the Perchlorate as a contaminant in water. It is found that perchlorate may have an adverse effect on the health of persons and is known to occur in public drinking water systems with a frequency and at levels that present a public health concern. Sunresin produces a special type of selective ion exchange resin KIVI special resin for perchlorate removal, especially from drinking water. With its special matrix and tributylamine function group, the resin can realize high selectivity for perchlorate. In operation, KIVI special resin for perchlorate removal shows good mechanical strengh and excellent mechanical strength to osmotic and thermal shock. Since not easy handling the regeneration effluent, this resin is not suggested to be regenerated for recycling use. Steven kivifilter@126.com https://kivifilter.en.made-in-china.com/

The Environmental Protection Agency has set a maximum contaminant level of 10 mg/L for nitrate and nitrite in public water supplies. Nitrate in water is undetectable without testing because it is colorless, odorless, and tasteless. A water test for nitrate is highly recommended for households with infants, pregnant women, nursing mothers, or elderly people. These groups are the most susceptible to nitrate or nitrite contamination. KIVI WATER TECH produces the high quality special resin, which is specially designed for Nitrate removal from water and any other aqueous solution. The resin with its triethylamine functional group is with high selectivity to NO3 in water. The resin is with high capacity and physic stability, the special improvement on matrix makes it better resistant to pressures. contact us Steven kivifilter@126.com https://kivifilter.en.made-in-china.com/

Demineralization is a process of removing mineral salt from water by using ion-exchange. The resulted water after the process will be free of dissolved minerals. Demineralization will involve Distillation, Deionization, Membrane Filtration or Electrodyalisis. Demineralized water with minerals removed is known as de-ionized water. Deionization is a physical process that removes mineral ions such as cations of sodium, calcium, iron, copper, sulphate, nitrate, etc. The process involves several steps which starts by flowing the raw water through two polystyrene bed with ion exchange resins. The first polystyrene bed is used to exchange cations and hydrogen ions while the second one, hydroxyl ions and the anions are exchanged. KIVI premium grade mixed bed resin KIVI MBR20 is very suitable for water demineralization. The resin is mixed with 40% cation and 60% anion resins and is used fo producing high purity water after RO for many industries like Water engineering, EDM, Cleaning, Aquarium,

The starch base sweeteners are produced from Wheat, Rice, Corn(Maize),Tapioca and etc. There are various types of starch sweeteners like: Glucose, Fructose, High fructose corn,syrupMaltose,Maltodextrin,Dextrose,and etc. The production of the starch sweeteners will need the Demineralization and Deashing which is the process of removing ash, protein and color and any other impurities from the solution. KIVI resins are sugar grade polystyrene ion exchange resins including cation and anion resin for starch sugar treatment, mainly for demineralization and decoloration of sugar syrup.The resin can totally replace active carbon for decoloration with higher efficiency, more clean process and more economical effect. Steven kivifilter@126.com https://kivifilter.en.made-in-china.com/

KIVI produce a premium type of mixed bed DI resin with fix mixing ratio of cation and anion resins which can help to reduce the TDS or water conductivity to very low level so as to produce high purity water for a wide range of industries. Besides, KIVI also produce the color changing DI resin, which is with color indicator on the resin, when resins are being used for several cycles and need replacement, the resin will change color from blue to brown. This resin is very suitable to be used in a RO/DI water filter to reduce TDS to near zero. Now the color changing DI resins are widely used in water filter for Aqaurium treatment. We supply with package of 5 liters foil bags, 1 liter foil bag and 1 liter plastic jar for wholesale purpose. Contact US Steven kivifilter@126.com https://kivifilter.en.made-in-china.com/

Lead is a naturally occurring toxic metal found in the Earth’s crust. Its widespread use has resulted in extensive environmental contamination, human exposure and significant public health problems in many parts of the world. Lead can enter drinking water when service pipes that contain lead corrode,especially where the water has high acidity or low mineral content that corrodes pipes and fixtures. Lead in drinking water is very harmful to human. In China, the government set 0.01mg/L as the minimum level of content for lead in drinking water. KIVI produces a type of high quality lead selective ion excange resin for drinking water treatment. The lead removal resin is a weak acid, macroporous, chelating ion exchange resin with amino phosphonic acid groups. This structure is good for the chelating with heavy metal ions, especially for lead removal from aqueous solution. The resin has better adsorption rate for lead which works with bigger treatment capacity and higher regeneration efficie