主要用途 各种洗涤剂原料、纸用药剂（脱墨剂、沥青控制剂）、颜料分散剂、水处理剂（水垢分散剂）、磨料分散剂、电镀添加剂。 产品详情 聚乙烯亚胺乙氧基化物是一种非离子型水溶性聚合物，具有以下优点，用途和使用领域广泛。 向各种粒子赋予分散性 阴离子表面活性剂的提升效果（降CMC，促吸附） 在金属表面的配位吸附能力 在各种有机溶剂中具有高溶解性 与各种表面活性剂的混合稳定性高 支链结构对粘度影响小 用途示例 ＜向粒子赋予分散性＞ 聚乙烯亚胺乙氧基化物 ( PN-100 )具有向各种粒子赋予分散性的效果。 作为例子，我们总结了泥浆和滑石（硅酸镁）的分散性评估结果。 评估方法 1.通过添加定量天然泥、表面活性剂和聚合物制成泥水后搅拌。 2.将泥水倒入试管，静置一定时间。 3.然后测量吸光度。 评估条件 表面活性剂量0或1250ppm，聚合物量40ppm，硬度15dH，温度25℃ 表面活性剂：直链烷基苯磺酸钠 评估方法 1.对定量颗粒和聚合物进行混合并搅拌。 2.将试验溶液倒入试管，将其摇匀分散，静置一定时间。 3.然后测量吸光度。 评估条件 颗粒量500ppm，聚合物量10ppm，Ca浓度200ppm，温度25℃ ＜阴离子表面活性剂的提升效果＞ 只要在阴离子表面活性剂溶液中添加少量聚乙烯亚胺乙氧基化物（PN-100），就可以改善表面活性剂的界面性质。 这样可以减少表面活性剂的使用量并提高其性能。 评估方法 通过平板法测量各表面活性剂浓度下的表面张力。 评估条件 表面活性剂量 0.1 – 10 mmol/dm³，聚合物量 8.3ppm，温度 25℃ 通过添加聚乙烯亚胺乙氧基化物，可以降低表面活性剂的临界胶束浓度。由于表面活性剂的各种性能（清洁、渗透等）在临界胶束浓度上下有很大差别，预计可以减少表面活性剂的使用量。 添加聚乙烯亚胺乙氧基化物后，吉布斯吸附能（ΔG abs）下降，由于可以看出，聚乙烯亚胺乙氧基化物促进了表面活性剂对疏水表面的吸附。 ＜用于洗衣粉时的防止再污染能力＞ 聚乙烯亚胺乙氧基化物的最终用途之一就是洗衣粉。 在该用途中，大大改善了防止泥渍再污染（洗涤过程中已去除的污渍又重新附着的现象）的能力。 评估方法 放入天然泥污布和白布（用于判断再污染的布）进行清洗。 然后用色差计评估白布的污染程度。 共实施3次评估。 白布可反复使用。 评估条件 评估设备targot-o-meter，表面活性剂量250ppm，聚合物量8.3ppm，硬度15dH，温度25℃，浴比30 *LAS: 直链烷基苯磺酸钠 *PAE: 脂肪醇聚氧乙烯醚 从防止泥渍再污染的角度看，也可以大幅度减少表面活性剂的使用量。在本试验中我们发现，通过添加PN-100，即使减少一半表面活性剂，也具备同等性能。 评估方法 放入天然泥和白布（用于判断再污染的布）进行清洗。 然后用色差计评估白布的污染程度。 共实施3次评估。 白布可反复使用。 评估条件 评估设备targot-o-meter，表面活性剂量125或250ppm（LAS:PAE=1:1），聚合物量8.3ppm，硬度15dH，温度25℃，浴比30 *LAS: 直链烷基苯磺酸钠 *PAE: 脂肪醇聚氧乙烯醚 Main Applications Raw material for various detergents, Papermaking agents (deinking, pitch control), Pigment dispersant, Water treatment agents (scale inhibitor), Abrasive grains dispersant, Plating additives. Product Details Polyethyleneimine ethoxylate is a non-ionic and water-soluble polymer, with various features as listed below. It has a wide range of applications and is suitable for use in various fields. High dispersibility of various types of particles Booster for anionic surfactants (lowering CMC, promoting adsorption) Coordination adsorption capability to metal surfaces High solubility in many kinds of solvents High compatibility with various types of surfactants Low effect on viscosity due to its highly-branched structure Examples of Applications ＜Dispersibility of Particles＞ Polyethyleneimine Ethoxylate( PN-100 ) has high dispersibility of various types of particles. For example, below are charts showing the dispersibility of natural clay and talc (magnesium silicate). Evaluation Method Clay water containing a predetermined amount of natural clay, surfactants and polymers is prepared and stirred. The clay water is transferred to a test tube, and left to stand for the prescribed time. Then the absorbance is measured. Evaluation Method Surfactant (LAS): 0 or 1,250 ppm, Polymer: 40 ppm, Water hardness: 15 dH, Temperature: 25°C Evaluation Method Talc particle water containing a predetermined amount of talc and polymers is prepared and stirred. The talc water is transferred to a test tube and shaken for even dispersion, and left to stand for a predetermined time. Then the absorbance is measured. Evaluation Method Talc: 500 ppm, Polymer: 10 ppm, Ca concentration: 200 ppm, Temperature: 25°C ＜Booster for Anionic Surfactants＞ Adding a small amount of Polyethyleneimine Ethoxylate to anionic surfactant solution can improve the interfacial properties of anionic surfactants. This effect helps to reduce the usage amount of surfactants and improve their performance. Evaluation Method The Wilhelmy method is used to measure the surface tension at various surfactant concentrations. Evaluation Conditions Surfactant: 0.1 – 10 mmol/dm³, Polymer: 8.3 ppm, Temperature: 25°C Adding PN-100 to surfactant solution can reduce the critical micelle concentration (CMC). PN-100 can potentially reduce the amount of surfactant used; this is because various functions (cleaning, penetration, etc.) of the surfactant substantially change around the CMC. Adding PN-100 to surfactant solution reduces the adsorption Gibbs energy (ΔG abs). This suggests that PN-100 promotes the adsorption of surfactants to hydrophobic surfaces. ＜Anti-redeposition Ability in Laundry Detergents＞ The final application of PN-100 we will introduce here is its usage as a raw material in laundry detergents. PN-100 can substantially improve the anti-redeposition ability in laundry detergents, by preventing the redeposition of dirt (phenomenon when dirt that is washed off during a wash cycle then reattaches to the clothing). Evaluation Method A cloth soiled with natural clay and a white cloth (control cloth for redeposition) are put into a bathtub and cleaned together. After the cleaning is complete, a color difference meter is used to evaluate the degree of soiling of the white cloth. The evaluation is done a total of three times. The white cloth is used repeatedly. Evaluation Conditions Equipment: Targotometer, Surfactant: 250 ppm, Polymer: 8.3 ppm, Water hardness: 15 dH, Temperature: 25°C, Bath ratio: 30 *LAS: Linear alkylbenzene sulfonate *PAE: Polyoxyethylene alkyl ether In terms of anti-redeposition ability as well, PN-100 can substantially reduce the amount of surfactant used in laundry detergents. This experiment shows that adding PN-100 can halve the amount of surfactant used in laundry detergents with the same performance. Evaluation Method Natural clay and a white cloth (control cloth for redeposition) are put into a bathtub and cleaned together. After the cleaning is complete, a color difference meter is used to evaluate the degree of soiling of the white cloth. The evaluation is done a total of three times. The white cloth is used repeatedly. Evaluation Conditions Equipment: Targotometer, Surfactant: 125 or 250 ppm (LAS:PAE = 1:1), Polymer: 8.3 ppm, Water hardness: 15 dH, Temperature: 25°C, Bath ratio: 30 *LAS: Linear alkylbenzene sulfonate *PAE: Polyoxyethylene alkyl ether