USF Brand Resin Cation TCD-1 H Form, 1 Cubic Foot Bag
USF TCD-1 is a self-indicating, strong acid cation resin. This resin is manufactured from polystyrene and cross-linked with divinylbenzene. The resin has a gel-like bead appearance and is specially conditioned with a color indicator. This resin is purple in color and supplied in the hydrogen form and will change to a golden anber color upon exhaustion.
• Ionic Form (as shipped): Hydrogen
• Moisture Content: 50-56% (H Form)
• Weight per cubic foot is 48 lbs
• Exchange Capacity (Meq/ml): 1.7 minimum
• Conversion to Hydrogen Form: 99% minimum
• Kinetics: > 15 megohm (Siemens Kinetics Test)
• Shipped in 1 ft3 bags
Advantages of choosing the USF Brand:
• Superior quality: resins are tested to meet stringent performance specifications
• Strict QA/QC of our select manufacturers based on their ability to meet the performance specifications consistently
• Competitive price with lower operating and life cycle costs
• Equal to or better performace for the dosage
• Process performance guarantees available
• Extensive technical an resin application support
• Annual resin analysis: No Charge
• Custom packaging to meet your volume needs
• Certificates of Analysis, Certificates of conformance and shelf life statements are available
• QA/QC meets ANSI/ASME NQA-1, 10CFR50 (appendix B), and 10CFR21 compliance to Nuclear Safety requirements.
Advantages of choosing the USF Brand:
• Superior quality: resins are tested to meet stringent performance specifications
• Strict QA/QC of our select manufacturers based on their ability to meet the performance specifications consistently
• Competitive price with lower operating and life cycle costs
• Equal to or better performace for the dosage
• Process performance guarantees available
• Extensive technical an resin application support
• Annual resin analysis: No Charge
• Custom packaging to meet your volume needs
• Certificates of Analysis, Certificates of conformance and shelf life statements are available
• QA/QC meets ANSI/ASME NQA-1, 10CFR50 (appendix B), and 10CFR21 compliance to Nuclear Safety requirements.