The ion exchange method to remove antimony in raw water has the characteristics of simple operation, strong practicability and high removal efficiency. Therefore, it is effective and feasible to remove antimony from raw water by ion exchange method.
provides antimony removal resin, which has high exchange capacity, convenient regeneration and large adsorption capacity. It is widely used in the treatment of various antimony-containing raw water and wastewater.
Lithium adsorption material, direct lithium extraction technology
BMLI is a specially developed material for direct extraction of lithium
Application scenarios:
Lithium extraction from salt lake brine
Geothermal brine for lithium extraction
Extraction of lithium from oilfield brine
Waste lithium battery industry recycling lithium
"Bestion" brand BMLi lithium resin is a specially designed and synthesized lithium ion screen. Based on the small radius of lithium ions, the special pore structure of the extraction agent can make lithium ions enter the crystal layer, but magnesium, sodium and calcium plasma can not enter, so as to achieve the efficient selective adsorption of lithium ions. The adsorption, desorption and regeneration of lithium extraction agent are carried out at room temperature. For ph5.5-7, the ratio of magnesium to lithium is tens to hundreds. Lithium content in dozens to hundreds of PPM brine has excellent adsorption separation effect.
The use of resin to extract and separate rare earth elements is one of the commonly used methods. This method has the characteristics of fast adsorption rate, high adsorption rate, convenient desorption, and is not easy to be fouled by organic matter in the solution. It is suitable for the extraction of rare earth elements with complex properties, and can effectively improve the production capacity.
The scandium extraction resin produced by Jiangsu Kingshan New Material Co., Ltd. has the characteristics of high adsorption rate, strong selectivity, easy analysis and regeneration, good mechanical and chemical properties, wear resistance, and is not easy to be polluted by organic matter, and is widely used.
The resin method is to use chelating resin to recover palladium from waste catalysts, waste electrical components, broken vessels containing palladium, and waste electroplating solutions. It has the advantages of high separation efficiency, simple operation and recyclable resin.
The palladium extraction resin produced by Jiangsu Kingshan New Material Co., Ltd. has high selective affinity and adsorption rate, and is easy to regenerate and has high regeneration rate, and is widely used in industrial palladium metal recycling.
The resin method is an effective method to adsorb cobalt. Simple operation, large processing capacity, high exchange capacity, high regeneration rate, long service life and high economic benefits.
Jiangsu Kingshan New Material Co., Ltd. provides professional cobalt extraction resin, which has excellent oxidation resistance and high selectivity, simple desorption, simple regeneration, and ideal use effect, which is widely favored by domestic and foreign customers.
The resin adsorption method has outstanding advantages, mainly manifested in low environmental requirements, simple operation, high processing precision, and wide market application.
Jiangsu Kingshan New Material Co., Ltd. has its own brand, Bestion. Its professional radium removal resin has the advantages of high selectivity, simple adsorption and elution regeneration, and reusability. It is suitable for the adsorption treatment of radium in various fields.
The resin method has certain advantages in removing low-concentration zinc-containing wastewater from solution. When zinc-containing wastewater passes through the ion exchange resin, the ions on the exchanger are exchanged with the zinc ions in the water to achieve the purpose of removing the zinc ions in the water. This process is reversible and the ion exchange resin can be regenerated.
The chelating resin provided by Jiangsu Kingshan New Material Co., Ltd. can provide suitable ion exchange resin for zinc removal according to different water quality conditions. It has high exchange capacity, convenient regeneration and long service life, and has been widely used at home and abroad.
Rhenium is a precious rare metal, which is widely used in scientific research and modern industry. Rhenium is mostly associated in metallic minerals, and the content is very low. The particularity of the distribution of scattered metals makes it difficult to extract and recover them. Extraction of rhenium by ion exchange is a simple and efficient method.
The rhenium extraction resin provided by Jiangsu Kingshan New Material Co., Ltd. has the advantages of good stability, convenient separation, large exchange capacity, high mechanical strength, and reusability, and is widely praised by customers.
The use of resin method to extract and separate is one of the commonly used methods, and it is more suitable for the leaching solution containing low concentration. The resin adsorption method has the characteristics of high exchange capacity, fast adsorption rate, strong selectivity, convenient desorption, and high economic benefits.
high mechanical strength, easy analysis and regeneration, and long service life, which is widely praised by customers.
Silver is an important precious metal that is widely used in industry and life.
The resin adsorption method for silver recovery technology has the characteristics of fast adsorption rate, high adsorption rate, convenient desorption, and is not easy to be contaminated by organic matter in the solution.
which has high selectivity and adsorption rate, simple regeneration and high regeneration rate
There are trace amounts of boron ions in salt lake brine. In order to purify lithium solution, it is necessary to remove boron ions. The removal of boron by ion exchange resin method is a simple and effective method. The operation is simple, the resin may be regenerated, and it has high economic benefits.
The use of ion exchange resin can effectively remove Cu2+ in wastewater to achieve a high degree of purification, and is conducive to the regeneration of resources.
Jiangsu Kingshan New Material Co., Ltd. can provide suitable ion exchange resins for copper removal according to different water quality conditions. It has high exchange capacity, convenient regeneration, large processing capacity, good separation effect, and long service life. It has been widely used at home and abroad. application.
The resin method has certain advantages in removing low-concentration zinc-containing wastewater from solution. When zinc-containing wastewater passes through the ion exchange resin, the ions on the exchanger are exchanged with the zinc ions in the water to achieve the purpose of removing the zinc ions in the water. This process is reversible and the ion exchange resin can be regenerated.
The chelating resin provided by Jiangsu Kingshan New Material Co., Ltd. can provide suitable ion exchange resin for zinc removal according to different water quality conditions. It has high exchange capacity, convenient regeneration and long service life, and has been widely used at home and abroad.
Silver is an important precious metal that is widely used in industry and life.
The resin adsorption method for silver recovery technology has the characteristics of fast adsorption rate, high adsorption rate, convenient desorption, and is not easy to be contaminated by organic matter in the solution.
Jiangsu Kingshan New Material Co., Ltd. provides silver recovery resin, which has high selectivity and adsorption rate, simple regeneration and high regeneration rate
Rhenium is a precious rare metal, which is widely used in scientific research and modern industry. Rhenium is mostly associated in metallic minerals, and the content is very low. The particularity of the distribution of scattered metals makes it difficult to extract and recover them. Extraction of rhenium by ion exchange is a simple and efficient method.
The rhenium extraction resin provided by Jiangsu Jinshan New Material Co., Ltd. has the advantages of good stability, convenient separation, large exchange capacity, high mechanical strength, and reusability, and is widely praised by customers.
The ion exchange method to remove antimony in raw water has the characteristics of simple operation, strong practicability and high removal efficiency. Therefore, it is effective and feasible to remove antimony from raw water by ion exchange method.
Jiangsu Kingshan New Material Co., Ltd. provides antimony removal resin, which has high exchange capacity, convenient regeneration and large adsorption capacity. It is widely used in the treatment of various antimony-containing raw water and wastewater.
Scandium is extremely dispersed in the earth's crust. Due to the low scandium content and complex solution composition, the separation effect of other methods is not good. Ion exchange resin can be effectively separated.
Jiangsu Kingshan New Material Co., Ltd. provides scandium extraction resin with good stability, convenient separation, large exchange capacity, high mechanical strength, reusable and other advantages, widely praised by customers.
