Thermax Anion A-27 Gel

Thermax A-27 Gel: Powerful Strong Base Anion Exchange Resin for Water Treatment

Achieve Remarkable Water Purity with Thermax A-27 Gel

Key Features:

• Superior Anion Removal: A-27 Gel boasts a high capacity for capturing anions, ensuring efficient purification and production of cleaner water.
• Excellent Chemical and Physical Properties: The robust, gel-type polystyrene copolymer matrix provides exceptional resistance to chemical degradation and physical wear, maximizing the resin’s lifespan.
• Chloride Form (as Supplied): Ready for immediate use in most anion exchange applications.
• Versatile Applications: Thermax A-27 Gel is suitable for a wide range of water treatment needs, including:
  • Demineralization (DI) as a second-stage anion exchange resin
  • Industrial wastewater treatment
  • Removal of organic matter and color bodies from water
  • Chemical and pharmaceutical processing

Technical Specifications:

• Type:-  Strong Base
• Make:-  Thermex
• Brand:- Tulsion
• Matrix structure:- Polystyrene Copolymer
• Functional Group:- Quaternary Ammonium Type I
• ionic Form supplied:-  Chloride
• screen size Us Mesh:-  16.50
• Particle Size mm (Min. 95%):-  0.3-1.2
• stability Max Temp 0F / 0c :- 140/60
• pH Range:-  0.14
• Total Exchange Capacity meq/ml. (min):-  1.3
• Backwash settled Density lbs/cft g/l :-  42-44 /670-710
• Reversible Swelling % Approx:-  CI→OH – 9
• Moisture Content % Approx:-  50±3
• Features:- Tough gel, strong base type I anion exchange resin. Excellent physical and chemical properties.
• Application:-  Multiple mixed bed de-ionization silica removal also applied in stream purification along with Tulsion T -42.

  Benefits:

  • Enhanced Water Quality: Effectively removes contaminants like nitrates, sulfates, and other anions, resulting in significantly improved water purity.
  • Durable Performance: The strong gel structure ensures long-lasting performance and resistance to harsh chemical environments.
  • Simplified Operation: Chloride pre-treatment allows for immediate use in most applications.