Tulsion? 3價鉻去除 ISO-9001/ISO-14001/OHSAS-18000
強酸型核子級離子交換樹脂
Tulsion T-52 H 是一款磺酸官能團凝膠型離子交換樹脂,并且具有的抗氧化性和高效的操作性能。
Tulsion T-52 H 呈濕潤球狀,包含核子級的磺酸官能團,且有優異的物理和化學特性。
Tulsion T-52 H 特別適用于水處理,并且適合于在廣泛的PH范圍和高溫條件下工作。
典型特性(TYPICAL CHARACTERISTICS): Tulsion T-52 H
型式/Type 強酸性陽離子交換樹脂/Strong acid cation exchange resin
主體結構/Matrix structure 交聯共聚物/Cross
官能基/Functional group 核子磺酸基/Nuclear sulphonic
物理型式/Physical form 琥珀色球狀/Amber colored moist beads
離子型式/Ionic form 氫/Hydrogen
粒徑分布/Particle size distribution 0.3 to 1.2
均粒系數/Uniformity Coefficient 1.7 max
總交換量/Total exchange capacity 1.9 meq/ml (min)
濕度/Moisture content 48±3%
反洗調節密度/Backwash settled density 830 to 860 g/ lit
允許溫度/Temperature Stability 120℃
PH范圍/PH range 0 - 14
溶解性/Solubility 不溶/Insoluble in all common solvent
操作條件特性 TYPICAL OPERATING CONDITIONS:Tulsion T-52 H
大操作溫度/ Max Operating temperature 120℃
樹脂床高度/Resin bed depth 600 mm
大流速/Maximum service flow 120 m3/hr/m3
逆洗膨脹空間/Backwash expansion space 40 - 75%
逆洗流速/Backwash flow 9 - 20 m3/hr/m3
再生劑/Regenerant HCl/ H2SO4 for H+型/ NaCl for Na+型
再生程度/Regenerantion level H型:30 - 60 g HCl/l,40 - 250 g/l H2SO4
Na型: 60 - 160 NaCl g/l
再生劑濃度/Regenerant concentration 3-4% HCl,1.5-5% H2SO4,10-15% NaCl
再生流速/Regenerant flow rate 2- 16 m3/hr/m3
再生時間/Regenerant time 20- 60 min
沖洗流速/Rinse flow rate:慢/Slow 再生流速/At regeneration flow rate
快/Fast 工作流速
沖洗量/Rinse Volume 3- 5 m3/m3
測試(TESTING): Tulsion T-52 H
離子交換樹脂的抽樣和測試是按標準的測試程序,即ASTMD - 2187和IS - 7330,1998.
包裝(PACKING): Tulsion T-52 H
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 requirements 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 equipment.
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