SEPLITE Monojet SA6400 Cl

Summary

Product identification

• Product Name: SEPLITE® Monojet™SA6400 Cl
• Product Type: Uniform particle size, Gel Type 1, Strong base anion resin for Industrial demineralization applications
• Stock Code: 300487
• Functional group: Trimethylammonium
• Shipping form: Cl⁻

Physical and Chemical Characteristics

• Matrix Structure: Gel, Styrene-divinylbenzene
• Physical Appearance: Light yellow to yellowish translucent spherical beads
• Particle size (mm): 0.65±0.05mm
• Fines (<0.3mm): ≤0.3%
• Oversized beads (≥0.85mm): ≤5.0%
• Moisture content (%): 49-55
• Total Capacity (eq/L): ≥1.3
• Bulk Density (g/L): 660-750
• Density (g/L): 1060-1100
• Whole beads count (%): ≥95
• Uniformity coefficient: ≤1.1
• Volume change (Cl⁻ to OH⁻): Max. 20 vol.%

Applications

• Industrial demineralization
• Mixed bed polishing

Recommended Operating Conditions

• Operating Temperature (Max.): 70℃
• PH Range: 0-14
• Min. Bed depth: 800 mm
• Pressure drop (max.): 200 kPa
• Operation linear velocity (max.): 60 m/h
• Backwash linear velocity (approx., at 20°C): 7 m/h
• Bed expansion (approx., at 20°C, per m/h): 10 vol.%
• Backwash Freeboard: 80-100 vol.%

Regenerant: NaOH

Counter current regeneration

• Regeneration level (approx.): 50 g/L
• Regeneration concentration (approx. wt.%): 2-5 %
• Regeneration linear velocity (approx.): 5 m/h
• Rinse linear velocity (approx.): 5 m/h
• Rinse water requirement (slow/fast): 2-6 BV

Co current regeneration

• Regeneration level (approx.): 100 g/L
• Regeneration concentration (approx. wt.%): 3-5 %
• Regeneration linear velocity (approx.): 5 m/h
• Rinse linear velocity (approx.): 5 m/h
• Rinse water requirement (slow/fast): 10 BV

Hydraulic Characteristics

Typical values of pressure drop and bed expansion as a function of flow rate and temperature are shown in figures in the original document.

Precautions

• Store resins in sealed containers or bags above 0℃ in dry conditions, avoiding direct sunlight.
• Avoid mixing with strong oxidizing agents.
• Rinse eyes immediately with plenty of water if contact occurs.
• Dispose of materials according to local regulations.
• Dry polymers will expand when wetted, potentially causing an exothermic reaction.
• Spilled materials may be slippery.

Disclaimer: This extracted information is for general guidance only and may not reflect all details or the latest revisions from the OEM PDF. Contractual data must always be verified against the specific OEM PDF revision used for the project.

Official datasheet (PDF)

Lenntech datasheet mirror