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D113FC
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1. Product Introduction:
D113 FC Macroporous weakly acidic cation exchange resin is a cation exchange resin with carboxyl groups (-COOH) on a macroporous acrylic copolymer structure. It is mainly used for industrial water treatment, especially for removing carbonates, bicarbonates, and other alkaline salts. It can also be used in zinc and nickel wastewater treatment and recovery, as well as in the separation and purification of biochemical drugs.
D113 FC The resin series mainly includes three varieties, among which D113 is a general-purpose variety. D113FC Suitable for dual-bed and fluidized bed systems; D113SC Suitable for dual-bed systems.2. Performance Indicators:
Appearance
Milky white or light yellow opaque spherical particles
Delivery form
H+
Total exchange capacity
≥10.8 mmol/g
Volume exchange capacity
≥4.4 mmol/ml
Moisture content
45%~52%
Wet true density
1.14~1.20 g/ml
Wet apparent density
0.72~0.80 g/ml
Particle size range
0.45~1.25 mm
Effective particle size
≥0.50 mm
Uniformity coefficient
≤1.6
Abrasion-resistant spherical rate
≥95%
Swelling rate during conversion (hydrogen form to sodium form)
≤70%
Hydrogen form rate
≥98%
3. Reference Operating Conditions:
Maximum operating temperature
100℃
Resin bed height
1~3 m
Operating flow rate
2~10 BV/h
Backwash flow rate
4~10 BV/h
Regeneration (desorption) flow rate
1~2 BV/h
Regenerant dosage
2 BV of 3~5% HCl, 2 BV of 2~4% NaOH
4. Product Applications:
Industrial water treatment, especially for removing carbonates, bicarbonates, and other alkaline salts. It can also be used in zinc and nickel wastewater treatment and recovery, as well as in the separation and purification of biochemical drugs.
5. Precautions:
1. Transportation and storage of the product:
Store the product in a wet state, preferably at temperatures above 0°C; if unused for a long time, it can be sealed or stored in a brine solution above; 5% during transportation, mainly prevent freezing. Do not place heavy objects on the resin to avoid crushing it.
2. Resin pretreatment:
Generally requires treatment with alkali -water - acid - water in one process. For strict requirements, three cycles are needed, finally treating to the required ionic form.
3. Resin loading:
Consider the swelling rate during resin conversion, reserve enough space to prevent resin overflow and ensure proper liquid level; the column diameter ratio should be within a reasonable range to avoid channeling; use wet loading or backwash to remove air bubbles inside the resin bed.
4. Before liquid enters the resin column, it should undergo flocculation, filtration, or sand filtration to ensure no suspended solids, preventing blockage of resin pores.
5. Resin unused in the column for a long time must be cleaned and removed for storage, or stored in a salt-resistant medium with brine, keeping the surface from dehydration. Periodic backwashing of the resin is also required to loosen the resin and prevent caking and spoilage.
D113FC
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