DuPont™ AmberTec™ MR-3 LC H/OH
AmberTec™ MR-3 LC H/OH Ion Exchange Resin is a high purity grade, mixed resin recommended as a polishing mixed bed to complement reverse osmosis systems, working mixed resin beds, or EDI systems.
DuPont™ AmberTec™ MR-300 UPW H/OH
AmberTec™ MR-300 UPW H/OH Ion Exchange Resin is an ultrapure water-grade, mixed resin recommended as a working or polishing mixed bed to complement 2-bed ion exchange or reverse osmosis systems. It can be used as a regenerable mixed bed since the color difference and particle size difference will allow a visually good separation to achieve optimal regeneration.
DuPont™ AmberTec™ MR-450 UPW H/OH
AmberTec™ MR-450 UPW H/OH Ion Exchange Resin is an ultrapure water-grade, non-separable, homogeneous, mixed bed resin recommended as a point-of-use or nonregenerable mixed bed in the polishing loop to achieve sub-ppb levels of soluble silica, boron, sodium, potassium, sulfate, chloride, zinc, iron, and aluminum. This nonregenerable mixed bed resin is used for 2 – 3 years before replacement.
DuPont™ AmberTec™ UP1400 H
AmberTec™ UP1400 H Ion Exchange Resin is a uniform particle size, gel, strong acid cation exchange resin developed specifically for use in producing ultrapure water for the semiconductor industry. It can be used in individual vessels or in mixed bed units with AmberTec™ UP4000 OH Anion Resin.
DuPont™ AmberTec™ UP252 H
AmberTec™ UP252 H Ion Exchange Resin is a semiconductor-grade, macroporous, strong acid cation, which can be used in mixed beds to produce of ultrapure water.
DuPont™ AmberTec™ UP4000 OH
AmberTec™ UP4000 OH Ion Exchange Resin is a uniform particle size, gel, strong base anion exchange resin developed specifically for use in producing ultrapure water for the semiconductor industry. It can be used in individual vessels or in mixed bed units with AmberTec™ UP1400 OH Cation Resin.
DuPont™ AmberTec™ UP4000Pd OH
DuPont™ AmberTec™ UP4000Pd OH is a semiconductor-grade, uniform particle size, palladium-doped strong base anion exchange resin.
DuPont™ AmberTec™ UP550 OH
AmberTec™ UP550 OH Ion Exchange Resin is a premiumquality, high-capacity, uniform particle size resin designed specifically for use in regenerable mixed beds when highest resin purity and water quality are required.
DuPont™ AmberTec™ UP6040 H/OH
AmberTec™ UP6040 H/OH Ion Exchange Resin is a mixture of semiconductor-grade, extremely high purity, uniform particle size, gel, strong acid cation and strong base anion exchange resins. AmberTec UP6040 H/OH mixed bed resin is intended for use as a final polishing step in the production or ultrapure water.
DuPont™ AmberTec™ UP6060 H/OH
DuPont™ AmberTec™ UP6060 H/OH is specifically designed for use in non-regenerable final polishing mixed beds in UPW systems in the high-end semiconductor industry and similar demanding applications which require highest purity.
DuPont™ AmberTec™ UP6150 H/OH
AmberTec™ UP6150 H/OH Ion Exchange Resin is a mixture of uniform particle size, gel, strong acid cation and strong base anion exchange resins. AmberTec UP6150 H/OH mixed bed resin is a fully regenerated. It intended for use in high purity water systems after reverse osmosis. This mixed bed product is particularly suitable for use in the polishing of high purity water for specialty electronics applications such as the manufacturing of disk drives, display devices, CD-ROMs, discrete semiconductor devices, lower density IC chips, or in the back-end chip dicing and mounting operations...
DuPont™ AmberTec™ UP650 H
AmberTec™ UP650 H Ion Exchange Resin is a premiumquality, high-capacity, uniform particle size strong acid cation resin designed specifically for use in regenerable mixed beds when highest resin purity and water quality are required.
DuPont™ AmberTec™ UP7530
AmberTec™ UP7530 is a semiconductor grade boron selective resin designed using uniform particle size technology to remove boron for high-purity water treatment applications.
DuPont™ AmberTec™ UP900 OH
AmberTec™ UP900 OH Ion Exchange Resin is a semiconductor grade, macroporous, Type I strong base anion, which can be used in mixed beds to produce ultrapure water.