The typical chelating resins are based on polystyrene matrix, with weak acid group, in macro porous structure, cation exchange resins :
1. Strong Resistance to osmotic shock
Strong resistance to wear and penetrate, low wastage in ≤5% annual supplement, stable kinetics performance.
2. High operating capacity
Both resins show a high operating capacity for the removal of ions like Ca2+ ，Mg2+ ，Sr2+, resulting into a long cycle times.
3. Easy regeneration
Particle size in a narrow distribution leads a excellent regeneration operation kinetics performance
4. Extensive compatibility
Good compatibility for major electrolytic cell in market, likeAKCC Japan, Uhde, Chlorine engineers, AGC Japan,Blue staretc
Sunresin is strongly supportive of the CO2 reduction as set in the Paris Climate Accord by enabling this growing Lithium demand for energy storage which will provide strong opportunities for its patented and proprietary equipment, solutions and services.
Sunresin has established its Remote Solution Operation and Monitoring Center (RESOM) recently, in an effort not only to offset the impact of the travel restrictions due to the pandemic, but also to develop this innovative initiative to a higher and permanent level in a sustainable manner.
The Seplite LSF983 is very suitable for hardness (calcium and magnesium) removal from potable water(household water filters, pitchers etc), beverage and food applications. Besides hardness, it can also help to reduce certain level of heavy metals as Copper, Lead etc.