Complaint
Lanlang Corp provides a variety of cation exchange resins including strong acid exchange resin and weak acid exchange resin in sodium or hydrogen form with gel-type or macroporous structure. Cation resins are widely used in water treatment, metals recovery, pharmaceutical, sugar, and oil industries.
Strong acid cation resins have the sulfonic acid as functional groups. They can work at any pH (0-14), tolerate high temperature (up to 120ºC), adsorb all cations, and require substantial amounts of regenerant. These resins are mainly used for softening applications (total hardness removal) and demineralization before anion bed or as the cation component of the mixed bed.
Weak acid cation resins have carboxylic groups as the exchange site. This resin has high regeneration efficiency (nearly 100% utilization of acid). The weak acid resins are mainly used for softening (temporary hardness removal) and dealkalization applications. Usually, they are also used together with strong acid resins in demineralization to lower acid consumption.
| Model | Description |
| TC004 | Amber gel type strong acid cation exchange resin with good kinetic performance. |
| TC007 | Amber gel type strong acid cation exchange resin. |
| TC007C | Coarse mesh size gel type cation resin for high flow rate system. |
| TC007F | Fine mesh size gel type cation resin with high kinetic capacity and excellent efficiency. |
| TC007MB | Gel type cation resin for mixed bed. |
| TC007U | Uniform particle size gel type cation exchange resin with low pressure drop. |
| TC007B | Black gel type cation exchange resin. |
| TC007FG | Potable water grade gel type cation exchange resin. |
| TC007FGF | Potable water grade fine mesh gel type cation exchange resin with high efficiency. |
| TC008 | Amber gel type strong acid cation exchange resin with high capacity. |
| TC008C | Coarse size gel type cation resin with high capacity for high flow rate system. |
| TC008F | Fine mesh gel type cation resin with high capacity and efficiency. |
| TC008MB | Gel type cation resin with high capacity for mixed bed. |
| TC008U | Uniform particle size gel type cation exchange resin with high capacity and low pressure drop. |
| TC008B | Black gel type cation exchange resin with high capacity. |
| TC008FG | Potable water grade gel type cation exchange resin with high capacity. |
| TC008FGF | Potable water grade fine mesh gel type cation exchange resin with high capacity and efficiency. |
| TC010 | Amber gel type strong acid cation exchange resin with high resistance to oxidation. |
| TC010C | Coarse size gel type cation resin with high resistance to oxidation for high flow rate system. |
| TC010F | Fine mesh gel type cation resin with high efficiency and resistance to oxidation. |
| TC010MB | Gel type cation resin with high resistance to oxidation for mixed bed. |
| TC010U | Uniform particle size gel type cation exchange resin with high resistance to oxidation and low pressure drop. |
| TC010B | Black gel type cation exchange resin with high resistance to oxidation. |
| TC010FG | Potable water grade gel type cation exchange resin with high resistance to oxidation. |
| TC010FGF | Potable water grade fine mesh gel type cation exchange resin with high efficiency and resistance to oxidation. |
| TC001D | Macroporous strong acid cation exchange resin with high resistance to osmosis shock and organic fouling. |
| TC001DMB | Macroporous strong acid cation resin with high resistance to osmosis shock and organic fouling for mixed bed. |
| TC001DU | Uniform particle size macroporous cation resin with high resistance to osmosis shock and organic fouling. |
| TC112 | Gel type polyacrylic weak acid cation exchange resin with high kinetic capacity and regeneration efficiency. |
| TC113D | Macroporous polyacrylic weak acid cation exchange resin with high stability and regeneration efficiency. |
| TC113DF | Fine mesh macroporous weak acid cation exchange resin with high stability and regeneration efficiency. |
| TC113FGD | Potable water grade macroporous weak acid cation exchange resin with high capacity and chlo rine tolerance. |
| TC113FGDF | Potable water grade fine mesh macroporous weak acid cation exchange resin with high kinetic capacity. |
| TC115FGD | Potable water grade macroporous weak acid cation exchange resin, heavy metals removal. |
| TA202 | Water demineralization (deionization), acid radical removal. Mainly used for the extraction of antibiotics and the adsorption of organic acids. |
| TA204 | Standard Gel Type I, SBA. High operating capacity. Good Kinetics and mechanical strength, good water demineralization, acid radical removal. Sillical removal, used for condensate deionization and mixed bed, OH form also available. |
| TA204PU | Standard Gel Type I, SBA. High operating capacity. Good Kinetics and mechanical strength, good water demineralization, acid radical removal. Sillical removal, used for condensate deionization and mixed bed, OH form also available. |
| TA204MB | Standard Gel Type I, SBA. High operating capacity. Good Kinetics and mechanical strength, good water demineralization, acid radical removal. Sillical removal, used for condensate deionization and mixed bed, OH form also available. |
| TA207R | Standard Gel Type I, SBA. High operating capacity. Good Kinetics and mechanical strength, good for water demineralization, acid radical removal. |
| TA207 | Standard Gel Type I, SBA. High operating capacity. Good Kinetics and mechanical strength, good for water demineralization, acid radical removal. |
| TA207PU | Standard Gel Type I, SBA. High operating capacity. Good Kinetics and mechanical strength, good for water demineralization, acid radical removal. |
| TA207MB | Standard Gel Type I, SBA. High operating capacity. Good Kinetics and mechanical strength, good for water demineralization, acid radical removal. |
| TA208 | Standard Gel Type I, SBA; TA208 is specially designed to remove hexavalent chromium and uranium. It can also remove anionic pollutants, including nitrates. TA208 has excellent operating ability and physical stability, and has a long service life. |
| TA202-II | Standard Gel Type II, SBA; Featuring very high capacity and regeneration efficiency. Better resistance to organics than Type I resins.Excellent for 2 beds services; Used for water demineralization, dealkalization, nitrates removal. |
| TA213 | Gel type, SBA,acrylic structure ensurs excellent removal of organic matter. For demineralisation of water and sugar decolorisation. |
| TA312 | Gel type, acrylic structure, WBA. Demineralisaion of water high in organic matter, and organic solution(sugar juices) deacidification and decolorization. High operational capacity. |
| TA201D | Macroporous Type I, SBA. Good mechanical and osmotic resistance, well used for demineralization. Good sillical removal. OH form also available for immediate use; also be used to remove organic matter, sugar decolorization |
| TA201DMB | Macroporous Type I, SBA. Good mechanical and osmotic resistance, well used for demineralization. Good sillical removal. OH form also available for immediate use; also be used to remove organic matter, sugar decolorization |
| TA201DC | Macroporous Type I, SBA. Good mechanical and osmotic resistance, well used for demineralization. Good sillical removal. OH form also available for immediate use; also be used to remove organic matter, sugar decolorization |
| TA201DPU | Uniform particle size;Macroporous Type I, SBA. Used for demineralization. Good sillical removal. OH form also available for immediate use; also be used to remove organic matter, sugar decolorization |
| TA202D-II | Macroporous Type II, SBA. Used for water desalination, removal of organic matter, and dealkalization. It has high operating capacity and excellent regeneration efficiency. Especially suitable for high FMA (free inorganic acid) water supply. It is also recommended to be used in desalination systems where amine odor is not desired |
| TA213D | Macroporous type, acrylic SBA.Adsorbent resin for decolorisation of organic solution. Organic scavenger. |
| TA213DC | Macroporous type, acrylic SBA.Adsorbent resin for decolorisation of organic solution. Organic scavenger. |
| TA301D | Macroporous type, WBA, optimised for water demineralization resistant to organic fouling and decolorization. |
| TA301DPU | Uniform particle size Macroporous type, WBA, optimised for water demineralization resistant to organic fouling and decolorization. |
| TA305GD | Used for extraction of gold by cyanidation. |
| TA316D | Macroporous Type, WBA, Used for water deacidification, decolorization, high tolerance to organic fouling |
| TA306D | Used for arsenate and arsenite removal |
| TA465D | Used for nitrate and nitrite removal |
| TA467D | Used for perchlorate removal |
| TA468D | Used for absorb and enrich and purify uranium in the uranium mine and its waste water,especially for the separation and purification of vanadium in hydro metallurgy. |
| TA469 | Used for Fluor ine Removal |
| TY MB-C | General purpose deionizing applications and spot-free rinsing for window/vehicle washing, WEDM, Aquarium |
| TY MB-E | Deionization applications for dental equipment,camera lens cleaning, metal cleaning,laboratory ultrapure water preparation and beverage industry |
| TY MB-P | Highest purity applications for electronic components, semiconductors, circuit boards, other electronic industry, condensate water treatment, precious metal cleaning |
| TY MB-I(Y) | General purpose deionizing applications for window/vehicle washing, WEDM, Aquarium, dental equipment and laboratory application changes color from yellow to green as the resin exhausts |
| TY MB-I(G) | General purpose deionizing applications for window/vehicle washing, WEDM, Aquarium, dental equipment and laboratory application changes color from green to red as the resin exhausts |
| TY MB-I(B) | General purpose deionizing applications for window/vehicle washing, WEDM, Aquarium, dental equipment and laboratory application changes color from blue to yellow as the resin exhausts |
| TY MB-I(P) | General purpose deionizing applications for window/vehicle washing, WEDM, Aquarium, dental equipment and laboratory application changes color from purple to yellow as the resin exhausts |
