HP706——Advanced Calcium/Magnesium Removal Resin

Product advantages

HP706 polymer has abundant nanopores, uniform cross-linking, and excellent hydraulic diffusion performance, which ensures that the adsorbent has fast adsorption rate, high adsorption accuracy, high mechanical strength, and good stability in removing high-price metals and heavy metals. HP706 has large adsorption capacity, simple desorption method, low desorption cost, long service life, and can be reused many times.

①Excellent structural performance: HP705 polymer has abundant nanopores, uniform cross-linking, and excellent hydraulic diffusion performance, ensuring efficient removal of high-price metals and heavy metals.

② High-efficiency adsorption performance: it has the advantages of fast adsorption rate, high adsorption precision and large adsorption capacity, and can quickly realize the depth removal of target ions.

③Simple and economical desorption process: the desorption method is simple with low cost, and it is suitable for large-scale application.

④ High mechanical strength and stability: the adsorbent has advantages of high mechanical strength, good stability and long service life.

⑤Reusable: it can be regenerated and reused for many times, which reduces the operation cost and improves the economy.

Application Scenarios

① Removal of calcium and magnesium from lithium-containing liquid, removal of calcium and magnesium from brine in the chlor-alkali industry, hard water softening and pure water preparation.  The content of calcium and magnesium can be reduced to below 0.1 mg/L.

② Deep removal of nickel, copper, lead and zinc from electroplating wastewater. Removal of lead and zinc from sulfuric acid solution, recycling of PCB wastewater, recycling of nickel and cobalt from ternary batteries, treatment of wastewater from the PTA industry, treatment of wastewater from aluminum profiles and stainless steel cleaning, and removal of nickel from metallurgical wastewater.

③ Copper mine wastewater treatment, electrolyte recovery of copper.

Physical and chemical parameters