TFI-CLS027: High-Selectivity Thiourea Chelating Resin for Mercury Removal & Precious Metal Recovery
Optimize your industrial heavy metal recovery and wastewater treatment with TFI-CLS027 a macroporous polystyrene-based chelating resin featuring specialized thiouronium functional groups. Engineered specifically for ultra-high affinity toward heavy and precious metals, TFI-CLS027 selectively captures Mercury (Hg), Gold (Au), Platinum (Pt), and Palladium (Pd) even in complex chemical matrices.
Key Features & Advantages:
Exceptional Mercury Removal: Highly efficient at polishing mercury concentrations down to trace levels below 5 ppb in various process streams.
Precious Metal Recovery: Outstanding selectivity for valuable metals such as Gold (Au), Platinum (Pt), and Palladium (Pd), making it ideal for high-value stream polishing.
Enhanced Oxidation Resistance: Significantly more stable against atmospheric oxidation compared to conventional thiol-based resins, eliminating the risk of degradation from ambient air contact.
Targeted Industrial Applications: Widely utilized in industrial wastewater treatment, chlor-alkali mercury polishing, and electronic industry rinse-water recovery systems.
Handling & Safety Guidelines
To maintain resin integrity and ensure workplace safety, adhere to the following technical precautions:
Regeneration Policy: Due to the extremely strong binding affinity with mercury and extended operational lifecycles, regeneration is generally not recommended for mercury removal applications.
Storage Conditions: Keep stored in tightly sealed original containers or bags at temperatures above 0°C in a dry area, protected from direct sunlight.
Chemical Compatibility: Avoid mixing with strong oxidizing agents to prevent violent chemical reactions.
Polymer Behavior: Dry polymer beads expand and release heat (exothermic reaction) upon contact with water or moisture.
Workplace Safety: Spilled resin beads pose an immediate slipping hazard. In case of eye contact, flush immediately with abundant running water and seek medical evaluation. Dispose of spent materials and samples in compliance with local environmental regulations.
