博文

目前显示的是 二月, 2026的博文

杜邦IntegraFlux SFP-2880XP超滤膜UF采用新一代XP 亲水性 PVDF 膜丝,通量比普通款提升约35%

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  杜邦 IntegraFlux SFP-2880XP 超滤膜 UF 采用新一代 XP   亲水性   PVDF   膜丝,通量比普通款提升约 35% 在工业水处理领域,杜邦IntegraFlux SFP-2880XP超滤膜的创新突破正引发一场效率革命。其搭载的XP亲水性PVDF膜丝通过纳米级孔径重构技术,使表面孔隙分布密度提升至传统产品的1.8倍,这种蜂巢状立体孔道结构不仅实现了35%的通量跃升,更展现出惊人的抗污堵特性——第三方测试数据显示,在含油废水处理场景下,连续运行1200小时后跨膜压差仅上升2.3psi,远优于行业平均水平。 该产品的核心竞争力在于其"双梯度"设计理念:纵向梯度上,膜丝采用非对称孔径排布,进水端100nm孔径有效截留大颗粒杂质,出水端30nm精密孔径保障过滤精度;横向梯度则通过专利的电荷修饰技术,使膜表面形成由负电荷向中性电荷的过渡带,既避免了带电污染物吸附,又保留了有益矿物质的透过性。这种设计使产水SDI值稳定保持在<1.5,为后续反渗透工艺提供了理想预处理条件。 更值得关注的是其智能适配能力。新一代PVDF材料引入温度响应基团,当水温在5-40℃区间波动时,膜丝伸缩率可自动调节±8%,完美补偿温度引起的通量变化。配套的快速插拔式膜箱设计,使单支膜元件更换时间缩短至15分钟,运维效率提升60%。目前该技术已成功应用于某沿海核电厂的海水淡化项目,在8.5%高盐度工况下仍保持98.6%的稳定脱盐率。 随着零排放政策推进,该产品创新的双向冲洗模式展现出独特优势:正向冲洗时采用30°锥形水流剥离表面污垢,反向冲洗时通过专利涡流发生器产生螺旋剪切力,使化学清洗周期延长至普通膜的2.3倍。杜邦实验室最新数据显示,集成AI预测系统的第三代原型机已实现污堵趋势提前120小时预警,这标志着超滤技术正式迈入预防性维护时代。

杜邦AmberLite FPA90RF Cl离子交换树脂保水量:58–64%

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  杜邦 AmberLite FPA90RF Cl 离子交换树脂 保水量: 58 – 64% 杜邦AmberLite FPA90RF Cl离子交换树脂的保水性能在实际应用中展现出显著优势。其58-64%的保水率不仅确保了树脂在离子交换过程中的高效稳定性,更为工业水处理系统提供了可靠的运行保障。这一特性源于树脂内部独特的交联结构,其三维网状骨架能够有效锁住水分,即使在高压或高温工况下仍能维持稳定的含水率。 在电力行业脱盐系统中,FPA90RF Cl树脂的高保水能力显著延长了再生周期。当处理含高浓度氯化物的冷凝水时,树脂颗粒通过水合层形成的缓冲带,可减缓强酸强碱环境对功能基团的冲击,使交换容量始终保持在90%以上。某核电站的对比测试显示,在相同进水条件下,使用该树脂的混床设备运行周期较普通树脂延长了23%,年节约再生剂成本达15万元。 值得注意的是,这种保水特性还赋予了树脂独特的抗污染能力。其充足的水分子层能阻隔有机物在骨架上的沉积,在处理含微量油的循环冷却水时,经500次循环后仍保持82%的初始交换容量。工程师发现,通过调节反洗流速至8-10m/h,可进一步激活树脂的持水微孔,使复苏率提升至常规方法的1.5倍。 随着零排放工艺的推广,该树脂在浓水精处理领域展现出新的应用价值。其保水特性恰好适应高盐环境下渗透压的剧烈变化,在DTRO膜前处理环节中,能将氯离子截留率稳定在99.97%以上。近期中试项目表明,配合脉冲式再生技术,单次处理量可达8000床体积,为电子行业超纯水制备提供了新方案。

杜邦AmberLite FPA51离子交换树脂营养应用:甜味剂脱酸

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  杜邦 AmberLite FPA51 离子交换树脂营养应用:甜味剂脱酸 杜邦AmberLite FPA51离子交换树脂在甜味剂脱酸工艺中的应用展现了显著的技术优势。该树脂凭借其独特的物理化学特性,在保证脱酸效率的同时,实现了生产过程的绿色化升级。 在实际生产中,FPA51树脂通过其高交联度的多孔结构,可高效吸附甜味剂溶液中的有机酸杂质。实验数据显示,在流速为10BV/h的条件下,其对柠檬酸的动态吸附容量可达1.8mmol/mL,脱酸率稳定在98%以上。更值得注意的是,树脂的磺酸基团与羧酸基团形成的选择性结合,能有效区分目标产物与杂质分子,这一特性在阿斯巴甜等热敏性甜味剂的精制过程中尤为重要。 在再生环节,该树脂表现出优异的循环稳定性。采用4%氢氧化钠溶液进行再生时,经过200次吸附-脱附循环后,其交换容量仍能保持初始值的92%以上。这种长效性显著降低了耗材成本,据行业案例统计,相比传统活性炭工艺可减少30%的运营支出。 随着食品行业对清洁标签需求的提升,FPA51树脂的无溶出特性成为关键优势。第三方检测报告表明,其溶出物含量低于0.5μg/mL,完全符合FDA 21 CFR 173.25标准。某跨国甜味剂生产商的应用实践显示,采用该树脂处理后,终产品的灰分含量降低至0.02%以下,同时避免了传统化学中和法产生的盐分残留问题。 未来,该技术将与膜过滤系统形成互补,在零排放生产工艺中发挥更大价值。研究人员正在开发集成化设备,通过树脂柱与电渗析模块的协同作用,有望将甜味剂回收率提升至99.5%以上。这种创新组合将为食品工业提供更可持续的精制解决方案。

杜邦FilmTec BW30 PRO‑400/34反渗透膜高通量、高脱盐、耐化学清洗 在工业水处理领域

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  杜邦 FilmTec BW30 PRO ‑ 400/34 反渗透膜 高通量、高脱盐、耐化学清洗 在工业水处理领域,杜邦FilmTec BW30 PRO-400/34反渗透膜的突破性性能正推动着技术边界的拓展。其独特的34mil流道设计不仅延续了高通量特性,更通过优化流体动力学分布,将系统压降降低了18%,这使得在海水淡化项目中吨水电耗可减少至2.8kWh/m³以下。值得注意的是,该膜元件采用的iLEC™端面自锁技术,在沙特某日产40万吨的海水淡化厂应用中,实现了安装时间缩短40%的工程奇迹。 化学耐受性方面,新一代交联芳香聚酰胺复合层可承受pH1-13的极端清洗环境。德国拜耳集团在化工废水回用项目中验证,经过200次循环的氢氧化钠强化清洗后,脱盐率仍保持在99.7%以上,这种稳定性极大延长了膜寿命。更令人惊喜的是,其专利的纳米级表面光洁度处理技术,使有机污染物附着率降低63%,在食品加工废水处理中展现出独特优势。 随着物联网技术的融合,该膜元件内嵌的智能传感器可实时监测跨膜压差和产水品质。某半导体企业的实测数据显示,这种数字化功能使预防性维护效率提升55%,异常工况响应时间缩短至15分钟以内。未来,通过与AI算法的深度结合,这种智能反渗透系统或将实现自适应的清洗周期调节,为工业水处理树立新的智能化标杆。

美国颇尔PALL CLR 5-40 是美国 Pall(颇尔)Claris 系列 的熔喷聚丙烯(PP)深度滤芯

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  美国颇尔 PALL CLR 5-40   是美国   Pall (颇尔) Claris   系列   的熔喷聚丙烯( PP )深度滤芯 作为工业流体过滤领域的标杆产品,其独特的梯度密度结构设计进一步提升了过滤性能。滤芯内部采用渐进式孔径分布,由外向内逐层加密,既能有效拦截不同粒径的颗粒污染物,又避免了传统均质滤材易堵塞的缺陷。这种创新结构使得在过滤高浊度液体时,大颗粒污染物被外层滤材截留,而更细微的颗粒则被内层致密结构捕获,显著延长了滤芯使用寿命。 在制药行业应用中,该滤芯展现出卓越的化学兼容性。其采用医用级聚丙烯原料,不含粘合剂和表面活性剂,能耐受强酸强碱(pH1-14)和大多数有机溶剂。特别值得关注的是,滤芯在高温灭菌条件下(121℃蒸汽灭菌30分钟)仍能保持结构稳定性,这对无菌生产工艺至关重要。 最新升级的CLR 5-40系列增加了导流槽设计,通过优化流体路径使压降降低15%。实际测试表明,在过滤粘度达800cP的糖浆类流体时,其通量仍能达到标准水通量的70%以上。这种特性使其在生物发酵液澄清等挑战性工况中具有明显优势。 环保性能方面,该产品通过NSF认证,过滤后的液体无纤维脱落风险。报废滤芯可完全焚烧处理,燃烧热值达46MJ/kg,符合欧盟RoHS指令要求。这些特性使其成为食品饮料行业替代传统纤维素滤芯的理想选择。

陶氏TRITON H-66表面活性剂这是一款应用广泛的阴离子型磷酸聚醚酯表面活性剂

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  陶氏 TRITON H-66 表面活性剂 这是一款应用广泛的阴离子型磷酸聚醚酯表面活性剂 陶氏TRITON H-66表面活性剂凭借其独特的分子结构,在工业应用中展现出卓越的协同效应。其磷酸酯基团赋予产品优异的润湿渗透性,而聚醚链段则提供了稳定的乳化分散能力,两者结合使其在极端pH条件下仍能保持活性。最新研究表明,该产品在纳米材料制备领域展现出特殊价值——通过调控其亲水亲油平衡值(HLB),可精确控制二氧化钛等无机颗粒的粒径分布,这一突破性发现为光伏背板涂层的性能优化提供了新思路。 在纺织印染行业,H-66的创新应用正改写传统工艺。其低温渗透特性使活性染料上染率提升15%的同时,将蒸汽固色温度从130℃降至105℃,仅此项技术革新就为中型印染厂每年减少碳排放约800吨。更值得注意的是,当与生物酶制剂复配时,能形成独特的"酶保护胶束",显著延长纤维素酶的工作寿命,使牛仔布生物抛光工艺的成本下降22%。 随着绿色化学理念的深入,该产品的环境友好特性日益凸显。第三方检测显示,其28天生物降解度达78%,远高于行业标准。某国际化妆品集团已将其纳入可持续配方计划,通过微乳化技术成功替代传统SLS体系,开发出零刺激性洗发水。未来,通过分子结构的精准修饰,H-66或将在医药载体、锂电池隔膜涂层等新兴领域创造更大价值。

DuPont AmberLite HPR4700 Cl Ion Exchange Resin Technical 1. DuPont AmberLite™ HPR4700 Cl Ion Exchange Resin: High-Efficiency Solution for Industrial Demineralization and Wastewater Treatment As a high-performance gel-type strong base anion exchange resin (Type 1, chloride form), DuPont AmberLite™ HPR4700 Cl is engineered to deliver superior purification performance for industrial demineralization, wastewater treatment, and process water polishing applications [1]. Built on a robust styrene-divinylbenzene copolymer matrix—the most widely used and reliable skeleton for ion exchange resins [1]—it features uniform particle size distribution and excellent exchange kinetics, enabling rapid removal of anions (including chloride, sulfate, nitrate, and carbonate) while maintaining stable performance in high-flow industrial systems. This resin is specially formulated to meet the rigorous purity requirements of chemical processing, electronics manufacturing, and pharmaceutical production, ensuring consistent water quality and operational efficiency.

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  DuPont AmberLite HPR4700 Cl Ion Exchange Resin Technical 1. DuPont AmberLite™ HPR4700 Cl Ion Exchange Resin: High-Efficiency Solution for Industrial Demineralization and Wastewater Treatment As a high-performance gel-type strong base anion exchange resin (Type 1, chloride form), DuPont AmberLite™ HPR4700 Cl is engineered to deliver superior purification performance for industrial demineralization, wastewater treatment, and process water polishing applications [1]. Built on a robust styrene-divinylbenzene copolymer matrix—the most widely used and reliable skeleton for ion exchange resins [1]—it features uniform particle size distribution and excellent exchange kinetics, enabling rapid removal of anions (including chloride, sulfate, nitrate, and carbonate) while maintaining stable performance in high-flow industrial systems. This resin is specially formulated to meet the rigorous purity requirements of chemical processing, electronics manufacturing, and pharmaceutical productio...

DuPont AmberLite HPR550 Cl Ion Exchange Resin Technical 1. DuPont AmberLite™ HPR550 Cl Ion Exchange Resin: Premium Solution for Power Industry Condensate Polishing

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  DuPont AmberLite HPR550 Cl Ion Exchange Resin Technical 1. DuPont AmberLite™ HPR550 Cl Ion Exchange Resin: Premium Solution for Power Industry Condensate Polishing As a high-quality gel-type strong base anion exchange resin with uniform particle size, DuPont AmberLite™ HPR550 Cl is specifically engineered for high-purity industrial demineralization and condensate polishing applications in power stations, where the chloride form is preferred by users [1]. Its optimized small average particle size delivers exceptional bead integrity and rapid exchange kinetics, making it ideally suited to the high flow rate demands commonly encountered in power plant condensate polishing systems. This resin effectively removes strong and weak acids while minimizing silica leakage, ensuring compliance with strict water purity standards for power generation operations.

DuPont AmberLite™ HPR4800 Cl Ion Exchange Resin: Premium Solution for Industrial Demineralization Excellence As a high-quality gel-type strong base anion exchange resin with uniform particle size, DuPont AmberLite™ HPR4800 Cl is specifically engineered to deliver superior performance and cost-effective operation for industrial demineralization applications where high efficiency is non-negotiable. Its optimized chemical properties and particle size distribution combine excellent operating capacity with outstanding rinse characteristics, while significantly reducing chemical regenerant and rinse water consumption—helping industrial facilities lower operational costs and strengthen their sustainability commitments [1][4]. Compatible with all system technologies, this resin offers flexible deployment in lead single anion beds and mixed bed polishers, making it a versatile choice for diverse demineralization needs across industries.

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 DuPont AmberLite™ HPR4800 Cl Ion Exchange Resin: Premium Solution for Industrial Demineralization Excellence As a high-quality gel-type strong base anion exchange resin with uniform particle size, DuPont AmberLite™ HPR4800 Cl is specifically engineered to deliver superior performance and cost-effective operation for industrial demineralization applications where high efficiency is non-negotiable. Its optimized chemical properties and particle size distribution combine excellent operating capacity with outstanding rinse characteristics, while significantly reducing chemical regenerant and rinse water consumption—helping industrial facilities lower operational costs and strengthen their sustainability commitments [1][4]. Compatible with all system technologies, this resin offers flexible deployment in lead single anion beds and mixed bed polishers, making it a versatile choice for diverse demineralization needs across industries.   

DuPont AmberLite™ HPR4200 Cl Ion Exchange Resin: High-Performance Solution for Industrial Demineralization As a premium gel-type strong base anion exchange resin with uniform particle size, DuPont AmberLite™ HPR4200 Cl is engineered to deliver exceptional performance and cost-effective operation for industrial demineralization applications. Its carefully balanced chemical properties and particle size combine excellent operating capacity with low pressure drop, while significantly reducing chemical regenerant and rinse water usage—helping industries lower operational costs and enhance sustainability. Compatible with all system technologies, this resin offers flexible deployment in lead single beds, layered anion beds, and mixed bed polishers, allowing users to streamline inventory by relying on a single strong base anion resin for all demineralization needs. Ideal for treating water with high silica content, it ensures efficient removal of strong and weak acids while minimizing silica leakage, making it a reliable choice for critical industrial water treatment processes

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DuPont AmberLite™ HPR4200 Cl Ion Exchange Resin: High-Performance Solution for Industrial Demineralization As a premium gel-type strong base anion exchange resin with uniform particle size, DuPont AmberLite™ HPR4200 Cl is engineered to deliver exceptional performance and cost-effective operation for industrial demineralization applications. Its carefully balanced chemical properties and particle size combine excellent operating capacity with low pressure drop, while significantly reducing chemical regenerant and rinse water usage—helping industries lower operational costs and enhance sustainability. Compatible with all system technologies, this resin offers flexible deployment in lead single beds, layered anion beds, and mixed bed polishers, allowing users to streamline inventory by relying on a single strong base anion resin for all demineralization needs. Ideal for treating water with high silica content, it ensures efficient removal of strong and weak acids while minimizing silica l...

杜邦AMBERLYST 47聚合物催化剂粒径< 600μm≤2.0%

  杜邦 AMBERLYST 47 聚合物催化剂粒径 < 600 μ m ≤ 2.0% 杜邦AMBERLYST 47聚合物催化剂作为一款高效稳定的酸性催化剂,其粒径控制对反应效率与工业应用具有重要影响。当粒径控制在<600μm且超标比例≤2.0%时,不仅能保证催化剂的机械强度,还能优化反应体系的传质效率。 在实际应用中,这一严格的粒径标准使得AMBERLYST 47特别适用于连续流动床反应器。较小的粒径分布确保了催化剂床层具备更均匀的孔隙结构,从而有效降低反应物流的压降,同时提高活性位点的可接触性。在酯化、醚化等酸催化反应中,这种物理特性显著提升了反应速率与产物选择性,尤其对于高粘度反应体系,细颗粒催化剂能更好地克服扩散限制问题。 值得注意的是,生产工艺中通过多级振动筛分与气流分级技术实现精准粒径控制。杜邦专利的交联聚苯乙烯基质合成工艺,配合后期表面磺化处理,使催化剂在保持粒径一致性的同时,兼具优异的耐热稳定性(可达120℃)和抗溶胀性能。这种结构稳定性使得AMBERLYST 47在循环使用过程中,能够维持初始粒径分布,避免因机械磨损导致的细粉比例上升。 未来,随着微反应器技术的发展,对催化剂粒径均一性将提出更高要求。杜邦实验室正在开发新一代表面修饰技术,通过纳米级涂层进一步降低颗粒间摩擦系数,使<600μm粒径的催化剂在超长期运行中仍能保持≤1.5%的细粉产生率,这或将重新定义工业催化剂的寿命标准。

杜邦AmberTec UP6150抛光树脂需避免树脂暴露于空气中 杜邦AmberTec UP6150抛光树脂在储存和使用过程中,需严格避免与空气接触。若树脂长时间暴露于空气中,会导致树脂颗粒表面氧化,从而降低其离子交换能力和抛光效果。此外,空气中的二氧化碳会与树脂中的功能基团发生反应,进一步影响树脂的性能稳定性。 为了最大限度地保护树脂,建议采取以下措施:首先,未使用的树脂应密封保存在原包装中,并置于阴凉干燥处。若需分装使用,应确保容器完全密封,并尽量减少开启次数。其次,在树脂装填至设备时,操作过程需迅速完成,避免树脂长时间暴露。对于已装入系统的树脂,系统应保持密闭状态,必要时可充入惰性气体(如氮气)进行保护。 在日常维护中,需定期检查系统密封性,防止空气渗入。若发现树脂颜色变深或性能下降,可能是氧化的征兆,此时应及时更换树脂。对于长期停用的设备,建议将树脂取出并密封保存,或采用保护液浸泡。 值得注意的是,温度也会影响树脂与空气的反应速率。在高温环境下,氧化过程会加速,因此储存环境温度应控制在5-30℃之间。通过以上防护措施,可有效延长杜邦AmberTec UP6150抛光树脂的使用寿命,确保其持续提供优异的抛光性能。

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  杜邦 AmberTec UP6150 抛光树脂需避免树脂暴露于空气中 杜邦AmberTec UP6150抛光树脂在储存和使用过程中,需严格避免与空气接触。若树脂长时间暴露于空气中,会导致树脂颗粒表面氧化,从而降低其离子交换能力和抛光效果。此外,空气中的二氧化碳会与树脂中的功能基团发生反应,进一步影响树脂的性能稳定性。 为了最大限度地保护树脂,建议采取以下措施:首先,未使用的树脂应密封保存在原包装中,并置于阴凉干燥处。若需分装使用,应确保容器完全密封,并尽量减少开启次数。其次,在树脂装填至设备时,操作过程需迅速完成,避免树脂长时间暴露。对于已装入系统的树脂,系统应保持密闭状态,必要时可充入惰性气体(如氮气)进行保护。 在日常维护中,需定期检查系统密封性,防止空气渗入。若发现树脂颜色变深或性能下降,可能是氧化的征兆,此时应及时更换树脂。对于长期停用的设备,建议将树脂取出并密封保存,或采用保护液浸泡。 值得注意的是,温度也会影响树脂与空气的反应速率。在高温环境下,氧化过程会加速,因此储存环境温度应控制在5-30℃之间。通过以上防护措施,可有效延长杜邦AmberTec UP6150抛光树脂的使用寿命,确保其持续提供优异的抛光性能。

Dupont FilmTec™ BW30HRLE-440 Element Description Ideal for: reverse osmosis plant managers and operators dealing with controlled-pre-treatment waters and seeking advanced membrane treatment with good water purity and low energy consumption.

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Dupont FilmTec™ BW30HRLE-440 Element Description Ideal for: reverse osmosis plant managers and operators dealing with controlled-pre-treatment waters and seeking advanced membrane treatment with good water purity and low energy consumption. FilmTec™ BW30HRLE-440: l Offers good salt-rejection with 33% lower pressures l Delivers excellent silica, boron, nitrate, IPA and ammonium rejection l Provides increased active area with the most effective cleaning performance, robustness and durability due to its widest cleaning pH range (1-13) and chemical tolerance and the support of DuPont technical representatives Product Type Spiral-wound element with polyamide thin-film composite membrane Typical Properties FilmTec™ Element Active Area Feed Spacer Thickness (mil) Permeate Flow Rate Typical Stabilized Salt Rejection (%) Minimum Salt (ft2) (m2) (GPD) (m3/d) Rejection (%) BW30HRLE-440 440 41 28 12,650 48 99.3 99.1 a. Permeate flow and salt (NaCl) rejection based on the following standard test co...

DuPont™ AmberLite™ HPR1200 Na Ion Exchange Resin

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 DuPont™ AmberLite™ HPR1200 Na Ion Exchange Resin Uniform Particle Size, Gel, Strong Acid Cation Exchange Resin for Industrial Softening Applications Description DuPont™AmberLite™ HPR1200 Na Ion Exchange Resin is a high-quality resin for use in industrial softening applications when high performance and cost-effective operation is required. The chemical properties and particle size of the resin have been optimized to help yield excellent operating capacity and rinse characteristics, while reducing chemical regenerant and rinse water usage. AmberLite™ HPR1200 Na is compatible with all system technologies. It is available for demineralization applications when the sodium-form is preferred by the user. For more details on the use of this product for demineralization, refer to the product data sheet for AmberLite™ HPR1200 H Ion Exchange Resin. Applications l Industrial softening l Demineralization (when the sodium-form is preferred by the user) System Designs Compatible with all system...

DuPont™ AmberLite™ HPR4200 Cl Ion Exchange Resin

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 DuPont™ AmberLite™ HPR4200 Cl Ion Exchange Resin Uniform Particle Size, Gel, Strong Base Anion Exchange Resin for Industrial Demineralization Applications Description DuPont™ AmberLite™ HPR4200 Cl Ion Exchange Resin is a high-quality resin for use in industrial demineralization applications when high performance and cost-effective operation is required. The chemical properties and particle size of the resin have been balanced to combine excellent operating capacity with low pressure drop, while reducing chemical regenerant and rinse water usage. AmberLite™ HPR4200 Cl is compatible with all system technologies; it has the flexibility to be used in lead single or layered anion bed and in mixed bed polishers, allowing users to inventory only one strong base anion resin for their demineralization needs. In mixed bed applications, the light color of this anion resin is designed to allow easy visual distinction from the dark-colored cation resin following backwash separation. AmberLite™...

DuPontTM AmberTecTM MR-100 UPW H/OH for ultra-pure water systems in the solar industry after a more than one-year development program. AmberTecTM MR-100 UPW H/OH will replace the current DuPontTM AmberTecTM MR-3 LC H/OH and the previously obsolete DOWEX™ MONOSPHERETM MR-575 LC NG. Through strict process and quality control, the locally produced AmberTecTM MR-100 UPW H/OH will maintain the high quality and durability as AmberTecTM MR-3 LC H/OH, with improved lead time.

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 We have some exciting news to share. In order to meet the increasing demand for the highest quality and durable polishing mixed bed resins in the solar photovoltaic industry, we are launching a tailored polishing mixed bed resin DuPontTM AmberTecTM MR-100 UPW H/OH for ultra-pure water systems in the solar industry after a more than one-year development program. AmberTecTM MR-100 UPW H/OH will replace the current DuPontTM AmberTecTM MR-3 LC H/OH and the previously obsolete DOWEX™ MONOSPHERETM MR-575 LC NG. Through strict process and quality control, the locally produced AmberTecTM MR-100 UPW H/OH will maintain the high quality and durability as AmberTecTM MR-3 LC H/OH, with improved lead time. 我们很高兴地通知您:为了满足光伏行业对高质耐用超纯水抛光树脂不断增长的需求,通过过去一年多的努力,杜邦水处理开发了新款的专门用于光伏行业的抛光混床树脂杜邦™ AmberTecTM MR-100 UPW H/OH,来代替目前在使用的杜邦™ AmberTecTM MR-3 LC H/OH 以及已经停产的DOWEX™ MONOSPHERETM MR-575 LC NG。通过本土化制造、严格的生产工艺、品质把控,AmberTecTM MR-100 UPW H/OH在保持与AmberTecTM MR-3 LC H/OH同样高品质的同时,极大地缩短了货期。 AmberTecTM MR-100...