科海思超純水拋光樹脂MB-106UP用于超純水應用
一、產品介紹
tulsimer ® mb-106up為階核子級拋光樹脂, 是由核子級強酸型陽離子tulsimer ® t-46li 及核子級強堿型陰離子 tulsimer ® a-33oh 以1:2 體積比的劑量比例 , 預先混合的混床級離子交換樹脂,專門提供給超純水系統拋光用，具有的交換容量及優越的物理特性。適合用于電子產業 ，生產半導體及映像管產業，實驗室，激光，精儀器，醫用行業等需要超純水的行業，以及核電廠等使用。在全球我們有數十家 核電廠使用我們的拋光樹脂。
超純水樹脂
二、重要參數
tulsimer ®t-46 (陽)
tulsimer ®a-33 (陰)
型式(type)
強酸性陽離子交換樹脂 (strong acid cation exchange resin)
強堿性陰離子交換樹脂 (strong base anion exchange resin)
主體結構(matrix structure)
苯乙烯(cross linked polystyrene)
苯乙烯(cross linked polystyrene)
功能基 (functional group)
硫酸基(sulfonic acid)
4級胺(quaternary ammonium type i)
物理性貭(physical form)
球狀顆粒(moist spherical beads)
球狀顆粒(moist spherical beads)
離子型式(ionic form supplied)
氫(hydrogen)
氫氧(hydroxide)
粒徑范圍(u.s.mesh in wet)
16 to 50
16 to 50
粒度范圍 (particle size)
0.3 to 1.2 mm
0.3 to 1.2 mm
微粒含量(fines content)
穿過us 50 mesh小于0.5% (less than
0.5% passing through 50 u.s.mesh)
穿過us 50 mesh小于0.5% (less than
0.5% passing through 50 u.s.mesh)
總交換容量
(total exch. capacity)
1.8 meq/ml minimum of
99% in hydrogen form
1.0 meq/ml minimum of 90% in hydroxide
form and less than 1% in chloride form
ph范圍 (ph range)
0 to 14
0 to 14
允許溫度 (temp. stability)
120°c
60°c
微粒含量(fines content)
穿過us 50 mesh小于0.5% (less than
0.5% passing through 50 u.s.mesh)
穿過us 50 mesh小于0.5% (less than
0.5% passing through 50 u.s.mesh)
總交換容量
(total exch. capacity)
1.8 meq/ml minimum of
99% in hydrogen form
1.0 meq/ml minimum of 90% in hydroxide
form and less than 1% in chloride form
ph范圍 (ph range)
0 to 14
0 to 14
允許溫度 (temp. stability)
120°c
60°c
溶解率 (solubility)
insoluble in all common solvents
insoluble in all common solvents
溶出有機物(organic leachable)
less than 0.2 mg kmno4
per ml of wet resin
less than 0.2 mg kmno4 per ml
of wet resin
密度backwash settled density
approx.750 gm/liter
approx.750 gm/liter
不純物(impurities)
fe=50 ppm(max)
fe=50 ppm(max)
cu=50 ppm(max)
cu=50 ppm(max)
pb=50 ppm(max)
pb=50 ppm(max)
球粒強度(bead strength)
avg. not less than 300g/bead by chatillon test (astm standard)
三、產品優勢
1、具有交換容量及優越的物理特性
2、在全球我們有數十家 核電廠使用我們的拋光樹脂
3、mb-106up為階核子級拋光樹脂, 是由核子級強酸型陽離子
