ACD-600 is synthesized by the advanced suspension polymerization method, with cross-linked polystyrene as the skeleton structure. Through a special pore-forming process, a macroporous network structure with three-dimensional penetration (pore diameter 50-200nm) is constructed. Polyhydroxyl functional groups were grafted onto the surface of the skeleton, and specific chelating ligands such as N-methylglucosamine were introduced to form highly selective adsorption sites for boron ions. The unique pore size design not only ensures excellent mechanical strength (crushing strength ≥80N/ particle), but also significantly improves mass transfer efficiency, making it suitable for boron adsorption in high-salt and high-viscosity systems.
Key Applications
1.“B” Removal from drinking water
2.“B” Removal from industrial waste water
3.“B” Removal from various materials liquid system

PRODUCT ADVANTAGES

High selectivity: It still maintains specific adsorption of boron under the coexistence of anions such as Cl⁻ and SO₄²⁻

Macroporous advantage: The adsorption rate is three times higher than that of traditional gel resins, making it suitable for high-viscosity media

Strong salt resistance: It can operate stably in brine with TDS>100g/L

Convenient regeneration: Efficient regeneration can be achieved by using a mixed solution of dilute acid and alcohol, with a service life of more than 5 years

Environmental protection and safety: Compliant with FDA standards, suitable for the fields of food and drinking water treatment