Tulsion® A-23 UPS ISO-9001/ISO-14001/OHSAS-18000
强碱型 , 均粒阴离子交换树脂
适用于超纯水系统的混床用离子交换树脂
Tulsion® A-23 UPS 强碱型离子交换树脂 ,是一款苯乙稀系列具有四级氨的高品貭 Type-1阴性离子交换树脂。并同时拥有的物理及化学稳定品质。可应用于汽电共生发电厂冷凝水处理及超纯水系统中的混床, 去除水中的阴性离子 。
Tulsion® A-23 UPS 其均匀的颗粒直径, 能取代传统的离子交换树脂而得到更好的处理水质及减少压力损, 可以和Tulsion T-42 UPS 一起搭配使用于2B3T及超纯水系统的混床 。
典型特性(TYPICAL CHARACTERISTICS): Tulsion A-23 UPS
主体结构/Matrix structure 聚苯乙烯共聚物/Polystyrene copolymer
型式(Type) Strong Base Anion Exchange Resin
物理型式/Physical form 湿润球状/Moist spherical beads
官能团/Functional group 季胺I型/ ammonium Type-I
均匀系数(Uniformity coefficient) Max. 1.25
平均粒径(Harmonic Mean size) 580 + 50 um
全交换容量(Total Exchange Capacity) 1.30 meq/ ml
離子型式(Ionic form) Chloride
湿度/Moisture content 40 - 48%
反洗稳定密度/Backwash settled density 670 - 710 gm/lit(42 - 44 lbs/cft)
最大温度/Maximum Thermal Stability 60℃(140℉)
PH范围/PH range 0 - 14
微粒含量(Fines Content) Less than 0.5% through 50 U.S. mesh
溶解率(Solubility) Insoluble in all common solvents
操作条件(OPERATION CONDITIONS): Tulsion A-23 UPS
操作温度 (Operation Temp.) max C 60
树脂床高度 (Resin Bed Depth) mm 800
采水流量 (Service Flow Rate) maxi 60 m3/hr/m3
逆洗流量(Backwash Flow Rate) 5 to 10 m3/hr/m3
逆洗空间(Backwash Expansion) 50 to 70 %
再生药剂 (Regenerant) NaOH
再生药剂用量(Regeneration levels) 40 to 160 gms NaOH / Liter
再生药剂加药时间(Regeneration contact min.) 30 – 60 mins
再生流量 (Regeneration flow rate) 5 to 10 m3/hr/m3
再生慢洗 (Regeneration slow rinse) 2 BV mini.
快洗 (Fast Rinse) 采水流量Service Flow Rage
快洗 水量 (Fast Rinse Volume) 4 to 6 BV
测试(TESTING): Tulsion A-23 UPS
离子交换树脂的抽样和测试是按标准的测试程序,即ASTMD - 2187和IS - 7330,1998.
包装(PACKING): Tulsion A-23 UPS
Super Sack |
1000 lit |
Super Sack |
35 cft |
MS drums |
180 lit. |
MS drums |
7 cft |
HDPE lines Bags |
25 lit. |
HDPE lines Bags |
1 cft |
For Handling, Safety and Storage re please refer to the individual Material Safety Data Sheets available at our offices. The data included herein are based on test information obtained by Thermax Limited. These date are believed to be reliable, but do not imply any warranty or performance guarantee. Tolerances for characteristics are per BIS/ASTM. We recommend that the user should determine the performance of the product by testing on his own processing e
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