电镀废水除氨氮工艺,美国杜笙树脂T-42H特级凝胶型强酸性阳离子交换树脂
Tulsion® T-42 H 是特级强酸型离子交换树脂,氢H+/钠Na+阳离子交换树脂,是一款有较高的交换容量,并同时拥有绝佳的物理及化学稳定品质。
Tulsion® T-42 H 其无裂纹特性和均匀的粒度,具有传统的离子交换树脂无法取代的优势,可以减少压力损,延长树脂寿命,保证出水品质,并具有较广泛的PH及温度适应范围 。
Tulsion® T-42 H 通常以潮湿的氢型供应,具有较好的抗有机物污染能力。
典型特性(TYPICAL CHARACTERISTICS): Tulsion® T-42 H
型式/Type : 强酸性阳离子交换树脂/Strong acid cation exchange resin
主体结构/Matrix structure : 交联共聚物/Crosslinked copolymer
官能基/Functional group : 核子级磺酸基/Nuclear sulphonic
物理型式/Physical form : 琥珀色湿润球型/Amber colored moist beads
离子型式/Ionic form : 氢/Hydrogen
粒径分布/Particle size : 0.40 to 1.2 mm
均一系数/Uniformity Coefficient : 1.5最大
总交换容量/Total exchange capacity (meq / ml ) : 2.0
湿度/Moisture % : 52±3%
反洗密度/Backwash settled density g/lit : 810 - 850
最高温度/Temperature stability (max) : 120℃
PH : 0 -14
溶解度/Solubility : 不溶
Tulsion® T-42 H
ISO-9001/ISO-14001/OHSAS-18000
操作条件特性(TYPICAL OPERATING CONDITIONS): Tulsion® T-42 H
最高温度/Maximum operating temperature : 120℃
树脂床高度/Resin bed depth : 800 mm(min)
工作流速/Maximum service flow : 10-20 m³/hr/m³
逆洗膨胀空间/Backwash expansion space : 40 - 75%
逆洗流速/Backwash flow : 9 - 20 m³/hr/m³
再生剂/Regenerant : HCl/ H2SO4
再生程度/Regenerantion level : 30 - 160 g HCl/l,40 - 250 g/l H2SO4
再生剂浓度/Regenerant concentration : 3-4% HCl,1.5-5% H2SO4
再生流速/Regenerant flow rate : 2- 16 m³/hr/m³
再生时间/Regenerant time : 20- 60 min
冲洗流速/Rinse flow rate:慢/Slow : 再生流速/At regeneration flow rate
快/Fast : 工作流速
冲洗量/Rinse Volume : 3- 5 m³/m³
测试(TES 测试(TESTING): Tulsion® T-42 H
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® T-42 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 inpidual 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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