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205 U.S. Zinc 205 is a French Process in powder form, statistically measured zinc oxide formed from zinc metal. This grade is used by the zinc chemicals, paint/coating, ceramics industries, rubber, and in those applications where reasonable purity is required. 205 is a...展开 205 is a French Process in powder form, statistically measured zinc oxide formed from zinc metal. This grade is used by the zinc chemicals, paint/coating, ceramics industries, rubber, and in those applications where reasonable purity is required. 205 is available in a pelleted form (205P) and with surface treatment (205S). It has a surface area range of 4.0 to 6.0 m2 /g, a specific gravity of 5.6, and an apparent density (in powder form) of 20 to 40 and (in pellet form) of 50 to 85. 收起
205H U.S. Zinc 205H is a small particle size French Process in powder form, statistically measured zinc oxide formed from zinc metal. It has a greater surface area and is used by the paint, latex, plastic, and zinc chemicals industries and in applications where moderate...展开 205H is a small particle size French Process in powder form, statistically measured zinc oxide formed from zinc metal. It has a greater surface area and is used by the paint, latex, plastic, and zinc chemicals industries and in applications where moderate purity and greater reactivity are required. Grade 205H is available in a pelleted form (205HS) and with surface treatment (205HS). 205H has a surface area range of 6.0 to 8.5 m2 /g, a specific gravity of 5.6, and an apparent density (in powder form) of 20 to 40 and (in pellet form) of 50 to 85. 收起
205HSA U.S. Zinc 205HSA is an exceptionally small particle size French Process in powder form, statistically measured zinc oxide formed from zinc metal. It has a greater surface area and is used by the plastic, latex, and transparent rubber industries and in those applica...展开 205HSA is an exceptionally small particle size French Process in powder form, statistically measured zinc oxide formed from zinc metal. It has a greater surface area and is used by the plastic, latex, and transparent rubber industries and in those applications where great reactivity is required. 205HSA is obtainable with surface treatment (205HSA-S). It has a surface area range of 8.0 to 10.0 m2 /g, a specific gravity of 5.6, and an apparent density of 20 to 40 (pounds/ft3). 收起
205L U.S. Zinc 205L is a large particle size French Process in powder form, statistically measured zinc oxide formed from zinc metal. It has a lower surface area and is used by the paint and ceramics industries and in those applications where benefits result from larger...展开 205L is a large particle size French Process in powder form, statistically measured zinc oxide formed from zinc metal. It has a lower surface area and is used by the paint and ceramics industries and in those applications where benefits result from larger than average particles. Grade 205L is available in a pelleted form (205LP) and with surface treatment (205LS). 205L has a surface area range of 3.0 to 5.0 m2 /g, a specific gravity of 5.6, and an apparent density (in powder form) of 20 to 40 and (in pellet form) of 50 to 85. 收起
205XL U.S. Zinc 205XL is a large particle size French Process in powder form, statistically measured zinc oxide. 205XL is used by the electronics, coating, ceramics, and paint industries and in those applications which develop benefits from larger than average particles....展开 205XL is a large particle size French Process in powder form, statistically measured zinc oxide. 205XL is used by the electronics, coating, ceramics, and paint industries and in those applications which develop benefits from larger than average particles. It has a surface area range of 2.5 to 3.5 m2 /g, a specific gravity of 5.6, and an apparent density (in powder form) of 20 to 40 and (in pellet form) of 15 to 30. 收起
210 U.S. Zinc 210 is a French Process in powder form, statistically measured zinc oxide formed from zinc metal. This grade is used by the zinc chemicals, rubber, tape/adhesives, oil additives, traffic paint, wire insulation, glass/ceramics, electrogalvanizing, brake li...展开 210 is a French Process in powder form, statistically measured zinc oxide formed from zinc metal. This grade is used by the zinc chemicals, rubber, tape/adhesives, oil additives, traffic paint, wire insulation, glass/ceramics, electrogalvanizing, brake lining, and agriculture industries and in applications where General purpose zinc oxide could be used. 210 is available in a pelleted form (210P) and with surface treatment (210S). It has a surface area range of 4.0 to 6.0 m2 /g, a specific gravity of 5.6, and an apparent density (in powder form) of 20 to 40 and (in pellet form) of 50 to 85. 收起
210E U.S. Zinc 210E is common purpose French Process, in powder form, statistically measured zinc oxide formed from zinc metal. This grade is used in an assortment of applications, including electronics, brake lining, paint, zinc chemicals, coating, and rubber industrie...展开 210E is common purpose French Process, in powder form, statistically measured zinc oxide formed from zinc metal. This grade is used in an assortment of applications, including electronics, brake lining, paint, zinc chemicals, coating, and rubber industries. 210E is available in pelleted form (210E-P) and with surface treatment (210ES). It has a surface area range of 4.0 to 6.0 m2 /g, a specific gravity of 5.6, and an apparent density (in powder form) of 20 to 40 and (in pellet form) of 50 to 85. 收起
210H U.S. Zinc 210H is a small particle French Process, in powder form, statistically measured zinc oxide formed from zinc metal. This grade has a higher surface area and reactivity and is used by the latex, paint, plastic, and zinc chemicals industries. 210H is availab...展开 210H is a small particle French Process, in powder form, statistically measured zinc oxide formed from zinc metal. This grade has a higher surface area and reactivity and is used by the latex, paint, plastic, and zinc chemicals industries. 210H is available in a pelleted form (210HP) and with surface treatment (210HS). It has a surface area range of 6.0 to 8.5 m2 /g, a specific gravity of 5.6, and an apparent density (in powder form) of 20 to 40 and (in pellet form) of 50 to 85. 收起
210HSA U.S. Zinc 210HSA is an exceptionally small particle French Process, in powder form, statistically measured zinc oxide formed from zinc metal. This grade has a higher surface area and reactivity and is used by the plastic, latex, and transparent rubber industries an...展开 210HSA is an exceptionally small particle French Process, in powder form, statistically measured zinc oxide formed from zinc metal. This grade has a higher surface area and reactivity and is used by the plastic, latex, and transparent rubber industries and in applications where high reactivity is required. 210HSA is available with surface treatment (210HSA-S). It has a surface area range of 8 to 10 m2 /g, a specific gravity of 5.6, and an apparent density (in powder form) of 20 to 40. 收起
210L U.S. Zinc 210L is a large particle French Process, in powder form, statistically measured zinc oxide formed from zinc metal. This grade has a lower surface area and is used by the ceramics and paint industries. 210L is available in a pelleted form (210LP) and with ...展开 210L is a large particle French Process, in powder form, statistically measured zinc oxide formed from zinc metal. This grade has a lower surface area and is used by the ceramics and paint industries. 210L is available in a pelleted form (210LP) and with surface treatment (210LS). It has a surface area range of 3.0 to 5.0 m2 /g, a specific gravity of 5.6, and an apparent density (in powder form) of 20 to 40 and (in pellet form) of 50 to 85. 收起
AZO66 U.S. Zinc AZO66 is an exceptionally pure French Process, in powder form, statistically measured zinc oxide formed from zinc metal. AZO66 provides greater color and is vastly efficient in white or light colored goods. This grade is used in the zinc chemical, paint/c...展开 AZO66 is an exceptionally pure French Process, in powder form, statistically measured zinc oxide formed from zinc metal. AZO66 provides greater color and is vastly efficient in white or light colored goods. This grade is used in the zinc chemical, paint/coating, ceramic, oil additive industries and in those applications where great purity is dire. Grade AZO66 is available in a pelleted form (AZO66P), in a treated pelleted form (AZO66PT), and with surface treatment (AZO66T). AZO66 has a surface area range of 4.0 to 6.0 m2 /g, a specific gravity of 5.6, and an apparent density (in powder form) of 20 to 40 and (in pellet form) of 50 to 85. 收起
AZO66L U.S. Zinc AZO66L is an exceptionally pure French Process, a large particle, statistically measured zinc oxide formed from zinc metal. This grade is used by the zinc chemical, paint, and coating industries and in those applications which stem from greater than norma...展开 AZO66L is an exceptionally pure French Process, a large particle, statistically measured zinc oxide formed from zinc metal. This grade is used by the zinc chemical, paint, and coating industries and in those applications which stem from greater than normal high purity particles. Grade AZO66L is available in a pelleted form (AZO66LP) and with the surface treatment (AZO66LT). AZO66L has a surface area range of 3.0 to 5.0 m2 /g, a specific gravity of 5.6, and an apparent density (in powder form) of 20 to 40 and (in pellet form) of 50 to 85. 收起
AZO66XL U.S. Zinc AZO66XL is an exceptionally pure French Process, a large particle, statistically measured zinc oxide formed from zinc metal. This grade is used by the electronic, ceramic, paint, and coating industries and in those applications which stem from greater tha...展开 AZO66XL is an exceptionally pure French Process, a large particle, statistically measured zinc oxide formed from zinc metal. This grade is used by the electronic, ceramic, paint, and coating industries and in those applications which stem from greater than normal high purity particles. AZO66XL has a surface area range of 2.5 to 3.5 m2 /g, a specific gravity of 5.6, and an apparent density (in powder form) of 20 to 40 and (in pellet form) of 15 to 30. 收起
AZO77H U.S. Zinc AZO77H is an exceptionally pure powder, small particle size French Process, statistically measured zinc oxide formed from zinc metal. It is used for the manufacture of various chemicals, in the plastic, paint, latex, and coating industries and in those ap...展开 AZO77H is an exceptionally pure powder, small particle size French Process, statistically measured zinc oxide formed from zinc metal. It is used for the manufacture of various chemicals, in the plastic, paint, latex, and coating industries and in those applications where high purity and reactivity is required. Grade AZO77H is available with surface treatment (AZO77HT). It has a surface area range of 6.0 to 8.5 m2 /g, a specific gravity of 5.6, and an apparent density of 20 to 40 (lbs. /cu. Ft.). 收起
AZO77HSA U.S. Zinc AZO77HSA is an exceptionally small particle size French Process in powder form, statistically measured zinc oxide formed from zinc metal. AZO77HSA was explicitly developed to have the highest viscosity, reactivity, purity, and fineness. This grade is used...展开 AZO77HSA is an exceptionally small particle size French Process in powder form, statistically measured zinc oxide formed from zinc metal. AZO77HSA was explicitly developed to have the highest viscosity, reactivity, purity, and fineness. This grade is used in can sealants, latex compounds, zinc chemicals, plastics, paint/coating, and in the food can liner coating industry where the particularly fine particles freely convert certain accessible soluble into white sulfide, thus avoiding discoloration of food from sulfides of tin or iron. AZO77HSA is available with surface treatment (AZO77HSA-T), has a surface area range of 8.0 to 10.0 m2 /g, a specific gravity of 5.6, and an apparent density of 20 to 40 (lbs. /cu. Ft.). 收起
C-2090 Qingdao Xinyutian Chemical Co., Ltd. C-2090 is a prepolymer with a 90 Shore A hardness. This product has strong weatherability, cold weather resistance, hydrolysis resistance, transparency and mechanical properties commonly used in oil seal materials.
C-2390 Qingdao Xinyutian Chemical Co., Ltd. C-2390 is a prepolymer with a 80 Shore A hardness. This product has strong weatherability, high temperature resistance, hydrolysis resistance and mechanical properties commonly used in oil seal materials.
C-3090 Qingdao Xinyutian Chemical Co., Ltd. C-3090 is a prepolymer with a 90 Shore A hardness. This product has strong weatherability, high temperature resistance, oil resistivity and mechanical properties commonly used in oil seal materials.
C-6090 Qingdao Xinyutian Chemical Co., Ltd. C-6090 is a prepolymer with a 90-95 Shore A hardness. This product has strong weatherability, high temperature resistance, oil resistivity and mechanical properties commonly used in oil seal materials.
Request Sample CAVASOL® W7 M TL Wacker Chemie AG 瓦克化学 CAVASOL® W7 M TL是一种来自Wacker公司的标准样品甲基-β-环糊精的50%水溶液。VASOL® W7 M TL是这种高溶解性β-环糊精衍生物的最低价格版本。它是最有效的溶解助剂,可用于需要高溶解性的应用场合
Dehydran® P 3615 BASF Formulation Additives 巴斯夫配方助剂 基于烷基聚醚和改性脂肪族化合物的乳液配方用抑泡消泡剂。
Dispex® AA 4030 BASF Formulation Additives 巴斯夫配方助剂 Dispex® AA 4030(以前的颜料Disperser® A)是一种高效聚合物分散助剂,基于丙烯酸铵盐
Dispex® AA 4135 BASF Formulation Additives 巴斯夫配方助剂 Dispex® AA 4135 (formerly Pigment Disperser® NL) is an effective polymeric dispersing agent based on acrylic acid sodium salt.
Dispex® AA 4140 BASF Formulation Additives 巴斯夫配方助剂 一种高效,低黏度,适用于水性体系的分散剂,特别适用分散无机颜料。
Dispex® AA S 760 BASF Formulation Additives 巴斯夫配方助剂 水性颜料的分散剂,和聚乙烯丙烯酸,聚乙烯丙烯酸酯,苯乙烯丁二烯和它们的共聚物相容
Dispex® AA S040 BASF Formulation Additives 巴斯夫配方助剂 用于水性颜填料、色浆及制陶业的润湿分散剂。
Dispex® CX 4230 BASF Formulation Additives 巴斯夫配方助剂 Dispex® CX 4230 (以前的Hydropalat® 100) 是一种低VOC,低气味的憎水性分散剂,适合户内和户外建筑涂料。它可用于分散二氧化钛和填料颜料。它的添加量为颜料固体的1.05-3.0%
Dispex® CX 4231 BASF Formulation Additives 巴斯夫配方助剂 Dispex® CX 4231 (以前的Ultradispers® AB 30)是一种羧酸共聚物的多铵盐。它具有显著的憎水性,可减少拖尾和吸水性
Dispex® CX 4234 BASF Formulation Additives 巴斯夫配方助剂 用于内外墙建筑涂料的疏水性分散剂。
Dispex® CX 4240 BASF Formulation Additives 巴斯夫配方助剂 一种高效、低粘度分散剂,适用于水性涂料体系。尤其适用于分散无机颜料。 它是丙烯酸共聚物的铵盐水溶液
Dispex® CX 4320 BASF Formulation Additives 巴斯夫配方助剂 Dispex® CX 4320 (以前的颜料分散体® MD 20)是一种尤为高效的无机填料和颜料的分散剂。它可改善耐湿擦洗性和防粘连性。它是一种羧酸聚合物的钠盐水溶液,尤其适合用于高光,半光和高填充内饰漆中分散无机填料和颜料。它也可改善耐湿擦洗性,防粘连性,并具有出色的ZnO相容性
Dispex® CX 4340 BASF Formulation Additives 巴斯夫配方助剂 一种高效、低粘度分散剂,适用于水性涂料体系。尤其适用于分散无机颜料。 它是丙烯酸共聚物的钠盐水溶液
Dispex® CX 4345 BASF Formulation Additives 巴斯夫配方助剂 Dispex® CX 4345 (以前的Ultradispers® MD 21)是一种高效羧酸共聚物的多钠盐的水溶液。它的憎水性可大大改善其耐湿擦洗性
Dispex® CX 4910 BASF Formulation Additives 巴斯夫配方助剂 白色珠状丙烯酸聚合物的钠盐,体系高效分散剂,以“干体系”供应,使用前需要加水活化
Dispex® Ultra FA 4401 BASF Formulation Additives 巴斯夫配方助剂 Dispex® Ultra FA 4401 (formerly Pluracoat® Dispersal DA 120) is a non-ionic surfactant with excellent pigment wetting and dispersing properties. It is compatible with other nonionic, anionic, and cationic surfactants.
Dispex® Ultra FA 4404 BASF Formulation Additives 巴斯夫配方助剂 部分中和的螯合剂,适用于颜料分散体、乳胶漆、浆料的制造,主要是无机颜料,并能降低粘度。
Dispex® Ultra FA 4416 BASF Formulation Additives 巴斯夫配方助剂 润湿和分散助剂,适用于水性涂料,可提供高光泽、高着色力和出色的耐擦除性能
Dispex® Ultra FA 4420 BASF Formulation Additives 巴斯夫配方助剂 脂肪酸改性聚酯,在水性和溶剂型体系中稳定有机和无机颜料,使色浆达到完全的展色力,提高颜料含量,提高涂料体系对色浆的接受力,适用于生产装饰涂料的通用色浆
Dispex® Ultra FA 4425 BASF Formulation Additives 巴斯夫配方助剂 润湿分散剂,适用于无有机会发物的应用,尤其适用于通用色浆
Dispex® Ultra FA 4430 BASF Formulation Additives 巴斯夫配方助剂 Dispex® Ultra FA 4430 (以前的Lumiten® N-OC 30) 是一种非离子型表面活性剂,可用于改善乳胶漆的储存稳定性及其与水泥和石灰的相容性
Dispex® Ultra FA 4431 BASF Formulation Additives 巴斯夫配方助剂 无机颜料和填料的润湿分散剂,适用于水性,溶剂型及无溶剂涂料体系
Dispex® Ultra FA 4437 BASF Formulation Additives 巴斯夫配方助剂 无硅的表面活性和流动添加剂,提高基料为树脂的水性体系和水性乳液的固色性能
Dispex® Ultra FA 4480 BASF Formulation Additives 巴斯夫配方助剂 Dispex® Ultra FA 4480 (以前的Hydropalat® 1080)是一种具有出色的颜料润湿性能的润湿分散剂,适用于涂料和水性颜料色浆。它在水性,不含基料和不含溶剂的颜料色浆中具有出色的润湿和分散性能。Dispex® Ultra FA 4480即使在高颜料含量下也可提供杰出的流平性能。基于不同基料类型的面漆中,Dispex® Ultra FA 4480可改善颜料润湿性,因此可提高油漆的光泽和颜色强度,尤其是当结合有机颜料时。该产品也在水性醇酸、聚酯树脂以及水性聚氨酯乳液中显示出色的结果
Dispex® Ultra FA 4483 BASF Formulation Additives 巴斯夫配方助剂 无机颜料分散剂和乳胶制备的稳定表面活性剂
Dispex® Ultra PA 4503 BASF Formulation Additives 巴斯夫配方助剂 自身乳化的聚合物,用于不含VOC的微脂色母浆。适用于低剪切力的调色体系
Dispex® Ultra PA 4516 BASF Formulation Additives 巴斯夫配方助剂 开发作为颜料研磨树脂,用于水性油墨。可作为单一树脂组分用于颜料研磨基料,该基料随后可用作开稀阶段使用其他担体的水性油墨基底
Dispex® Ultra PA 4550 BASF Formulation Additives 巴斯夫配方助剂 改性聚丙烯酸酯分散剂,主要稳定有机颜料和无机颜料,提高光泽,防止浮色和发花,提高颜料着色力,抗絮凝
Dispex® Ultra PA 4560 BASF Formulation Additives 巴斯夫配方助剂 Dispex® Ultra PA 4560 (以前的Efka® 4560)是一种改性丙烯酸酯,与pH值无关,相容性广,与大部分常用水性装饰涂料相容。它具有良好的光泽、着色力、防絮凝稳定性和防浮色性。Dispex® Ultra PA 4560可结合Efka® 1503配制适用于水性和溶剂型装饰漆的无VOC的着色色浆。该色浆具有出色的相容性,因此可在低剪切力下添加(振荡设备)
Dispex® Ultra PA 4580 BASF Formulation Additives 巴斯夫配方助剂 稳定有机颜料和无机颜料,在色浆中有强降黏效果,提高光泽,防止浮色和发花,提高颜料着色力,抗絮凝
Dispex® Ultra PA 4590 BASF Formulation Additives 巴斯夫配方助剂 经济型高分子分散剂,用于各类水性工业涂料和颜料色浆中
Dispex® Ultra PX 4275 BASF Formulation Additives 巴斯夫配方助剂 用于高品质水性涂料和色浆的高分子型润湿分散剂。
Dispex® Ultra PX 4575 BASF Formulation Additives 巴斯夫配方助剂 Dispex® Ultra PX 4575是一种通过受控自由基聚合(CFRP)技术制备的水性分散体。该技术可合成具有高自定义聚合物结构和低聚合分散指数的聚合物分散体。 Dispex® Ultra PX 4575 很适合用于分散水性涂料用颜料和色浆
Dispex® Ultra PX 4585 BASF Formulation Additives 巴斯夫配方助剂 可控自由基聚合(CFRP)制备的的丙烯酸酯端基共聚物系列水性分散剂,尤其适用于水性涂料体系中的颜料分散
Efka® 3650 N BASF Formulation Additives 巴斯夫配方助剂 Efka® 3650 N可降低有机涂料体系的表面张力。其良好的相容性使之可有效防缩孔并提供流平控制。它的物理状态为浅黄色液体。Efka® 3650 N尤其适合用于基于醇酸的烤瓷漆、丙烯酸或聚酯树脂、聚氨酯涂料,双组份环氧涂料和自干醇酸体系
Efka® FA 4600 BASF Formulation Additives 巴斯夫配方助剂 非水体系漆的防沉剂,高浓度阴离子表面活性物质的溶液。
Efka® FA 4601 BASF Formulation Additives 巴斯夫配方助剂 非水涂料体系的防沉剂,如醇酸、环氧、氯化橡胶及沥青体系。
Efka® FA 4610 BASF Formulation Additives 巴斯夫配方助剂 阴离子型分散剂,特为钛白粉分散开发,也可用于其他的填料和无机颜料中,适用于汽车漆,工业漆,卷钢涂料和酸固化
Efka® FA 4612 BASF Formulation Additives 巴斯夫配方助剂 Efka® FA 4612 (以前的 Efka® 5210)可帮助润湿和分散填料(CaCO3和AI (OH) 3),含不饱和聚酯树脂或结合聚苯乙烯,聚醋酸乙烯和苯乙烯-丁二烯共聚物。它可使填料易于添加,减少分散时间。它也可降低和稳定浆体粘度,从而改善流平,增加填料含量,并提高防火性能。Efka® FA 4612设计用于含填料的SMC和BMC共混物。它也适合用于含填料的胶衣涂料
Efka® FA 4615 BASF Formulation Additives 巴斯夫配方助剂 Efka® FA 4615 (以前的Efka® 5215是一种有效地润湿和分散助剂,适用于无机填料。它可改善润湿性,使填料易于添加,降低浆体/混合物的粘度,增加填料含量。Efka® FA 4615适用于含填料的不饱和聚酯体系(SMC、BMC共混物、胶衣涂料和腻子)或结合聚苯乙烯、聚醋酸乙烯和苯乙烯-丁二烯共聚物。
Efka® FA 4620 BASF Formulation Additives 巴斯夫配方助剂 Efka® FA 4620 (以前的Efka® 5220)可帮助润湿和分散固体颗粒(例如CaCO3和ATH)的不饱和聚酯树脂体系。它可改善润湿性能,使填充料易于添加,降低浆体/混合物的粘度,增加填充料含量。 Efka® FA 4620适用于含填料的不饱和聚酯体系(例如SMC、BMC、胶衣涂料和汽车腻子)或结合聚苯乙烯、聚醋酸乙烯和苯乙烯-丁二烯共聚物(例如LS或LP配方)。
Efka® FA 4642 BASF Formulation Additives 巴斯夫配方助剂 Efka® FA 4642 (之前的Efka® 5244)是一种颜料分散助剂。它可降低颜填料和担体之间的界面张力。该产品与所有溶剂或不含溶剂的涂料体系相容。该双组份体系的开罐可使用时间不受影响。在分散有机处理过的膨润土时,使用Efka® FA 4642可缩短分散时间,方便膨润土胶体的操作,并改善储存稳定性
Efka® FA 4644 BASF Formulation Additives 巴斯夫配方助剂 透明,浅黄色液体颜料分散添加剂。可降低颜料或填料和担体间的界面张力
Efka® FA 4654 BASF Formulation Additives 巴斯夫配方助剂 Efka® FA 4654 (以前的Efka® 5054 N)可防止亲水颜料/填料和基料之间的界面张力,同时与颜料形成晶格结构。这意味着:可减少分散时间,稳定颜料分散,减少颜料沉降,施工时减少垂直表面的流挂,防止渗色。它是高分子量羧酸盐。 Efka® FA 4654很适合用于分散亲有机物的膨润土,因为它可减少分散时间,改善浆体成品的储存稳定性,并提供一个触变、易加工的浆体产品。它尤其适合用于非或中等极性基料体系,例如自干醇酸树脂、氯化聚合物、醇酸/氨基树脂结合物和环氧。Efka® FA 4654会导...展开 Efka® FA 4654 (以前的Efka® 5054 N)可防止亲水颜料/填料和基料之间的界面张力,同时与颜料形成晶格结构。这意味着:可减少分散时间,稳定颜料分散,减少颜料沉降,施工时减少垂直表面的流挂,防止渗色。它是高分子量羧酸盐。 Efka® FA 4654很适合用于分散亲有机物的膨润土,因为它可减少分散时间,改善浆体成品的储存稳定性,并提供一个触变、易加工的浆体产品。它尤其适合用于非或中等极性基料体系,例如自干醇酸树脂、氯化聚合物、醇酸/氨基树脂结合物和环氧。Efka® FA 4654会导致硝基纤维素清漆的变色 收起
Efka® FA 4654 EM BASF Formulation Additives 巴斯夫配方助剂 用于中性和非极性涂料的分散、防沉、防浮色和发花助剂,兼作有机膨润土的凝胶化助剂。
Efka® FA 4663 BASF Formulation Additives 巴斯夫配方助剂 Efka® FA 4663 (之前的Texaphor® 963)是一种分散和碾磨助剂,防沉降和防浮色助剂,适用于涂料、油漆、印刷油墨和其它类似表面涂料。它也可作为有机改性膨润土的凝胶助剂。该产品是聚羧酸和胺衍生物的电子中和盐在高级芳香族剂中的50%溶液。 Efka® FA 4663是一种几乎普遍适用的非水性涂料助剂。它已证实可适用于醇酸树脂、醇酸/三聚氰胺树脂、丙烯酸和环氧树脂、氯化橡胶、亚麻籽油/厚油等。若该产品用于某些含羟基的线性基料中(例如Bayer的Desmophen®类产品),会产生触变性
Efka® FA 4665 BASF Formulation Additives 巴斯夫配方助剂 降低亲水颜料或填料和载体间的界面张力,减少分散时间,稳定颜料分散,减少颜料沉淀,防止浮色和发花
Efka® FA 4666 BASF Formulation Additives 巴斯夫配方助剂 高分子两不饱和羧酸,降低亲水颜料或填料和载体间的界面张力,减少分散时间,稳定颜料分散,减少颜料沉淀,防止浮色和发花
Efka® FA 4670 BASF Formulation Additives 巴斯夫配方助剂 高分子两不饱和羧酸,降低亲水颜料或填料和载体间的界面张力,减少分散时间,稳定颜料分散,减少颜料沉淀,防止浮色和发花
Efka® FA 4671 BASF Formulation Additives 巴斯夫配方助剂 高分子两不饱和羧酸,降低亲水颜料或填料和载体间的界面张力,用于低至高极性的溶剂型和水性体系
Efka® FA 4672 BASF Formulation Additives 巴斯夫配方助剂 Efka® FA 4672 (之前的Texaphor® SF 71)是一种润湿和分散助剂,用于反应性树脂。该无色到浅黄色液体是一种离子和非离子酯的混合物。它的降粘特性使之可专门用于高固含和全固含体系。Efka® FA 4672确保填料可被快速并优化的分散。降粘作用使填料更易混合,可获取更高的填料含量。Efka® FA 4672与各种基料类型相容,因此可用于双组份PUR、双组份EP和不饱和聚酯树脂
Efka® FA 4673 BASF Formulation Additives 巴斯夫配方助剂 Efka® FA 4673 (以前的Texaphor® 873 Conc)是一种分散助剂,用于主要含无机颜料和有机媒介的颜料色浆,用于塑料、涂料和印刷油墨的着色
Efka® FL 3277 BASF Formulation Additives 巴斯夫配方助剂 Efka® FL 3277 (以前的Efka® 3277)是一种氟碳改性聚合物,可改善流平,并防止缩孔。它可帮助基材润湿,作为消泡剂帮助脱气。Efka® FL 3277尤其适合用于:基于醇酸的烤瓷漆、丙烯酸或聚酯树脂、聚氨酯涂料、双组份环氧混合物和自干醇酸体系
Efka® FL 3337 BASF Formulation Additives 巴斯夫配方助剂 高沸点芳族溶剂,酮类,酯类和高相容性之硅氧烷的混合物,防止表面缺陷如缩孔,针孔等现象
Efka® FL 3600 BASF Formulation Additives 巴斯夫配方助剂 Efka® FL 3600 (以前的Efka® 3600 N)可降低有机涂料体系的表面张力。其良好的相容性使之可有效防缩孔并提供流平控制。它的物理状态为浅黄色液体。Efka® FL 3600尤其适合用于基于醇酸的烤瓷漆、丙烯酸或聚酯树脂、聚氨酯涂料,双组份环氧涂料和自干醇酸体系
Efka® FL 3670 BASF Formulation Additives 巴斯夫配方助剂 IRGAFLOW 110是一种改性聚(丙烯酸酯)流平剂,具有优化的性能。它与大多数溶剂型树脂具有良好的整体相容性,是一种非常有效的抗缩孔和流平控制剂,不会造成泡沫稳定,比IRGAFLOW 100具有更高的流平效率
Efka® FL 3740 BASF Formulation Additives 巴斯夫配方助剂 Efka® FL 3740 (之前的Perenol® F 40)是一种流平剂,用于非水性液体涂料体系以及粉末涂料体系及其基料中可提供脱气性能。由于它的化学结构,Efka® FL 3740可改变涂料的表面张力。它也可消除或减少缩孔、鱼眼和桔皮,改善流平、分散和浮色,防止气孔,改善基材润湿。 Efka® FL 3740可理想用于制备粉末涂料及其基料。若需制备母料,推荐混合9份的聚酯树脂与1份的 Efka® FL 3740。该混合物很适合在预混和挤出工艺中直接添加,然后熔融混合、冷却碾磨。可避免...展开 Efka® FL 3740 (之前的Perenol® F 40)是一种流平剂,用于非水性液体涂料体系以及粉末涂料体系及其基料中可提供脱气性能。由于它的化学结构,Efka® FL 3740可改变涂料的表面张力。它也可消除或减少缩孔、鱼眼和桔皮,改善流平、分散和浮色,防止气孔,改善基材润湿。 Efka® FL 3740可理想用于制备粉末涂料及其基料。若需制备母料,推荐混合9份的聚酯树脂与1份的 Efka® FL 3740。该混合物很适合在预混和挤出工艺中直接添加,然后熔融混合、冷却碾磨。可避免流平剂负载于SiO2上的缺点。尤其适合于制备具有出色的流平效果的有色和透明耐候粉末涂料 收起
Efka® FL 3741 BASF Formulation Additives 巴斯夫配方助剂 无硅无溶剂的流平剂,可用于不同反应性树脂体系的脱气
Efka® FL 3745 BASF Formulation Additives 巴斯夫配方助剂 用于粉末涂料和溶剂型涂料的带有脱气性能的无硅流平剂。
Efka® FL 3770 BASF Formulation Additives 巴斯夫配方助剂 IRGAFLOW 100是一种改性聚(丙烯酸酯)流平剂,具有优化的性能。它与大多数溶剂型树脂具有良好的整体相容性,是一种非常有效的抗缩孔和流平控制剂,不会造成泡沫稳定
Efka® FL 3772 BASF Formulation Additives 巴斯夫配方助剂 氟碳改性聚丙烯酸,促进流平,防缩孔和橘皮,推荐用在水性气干或烤漆体系,也能用于溶剂型工业涂料
Efka® FL 3777 BASF Formulation Additives 巴斯夫配方助剂 Efka® FL 3777 (之前的Efka® 3777 N)是一种氟碳改性的聚合物,作为滑爽和流平助剂。它可改善流平、防止缩孔、帮助基材润湿并作为消泡剂帮助脱气,而且不会影响层间附着力
Efka® FL 3778 BASF Formulation Additives 巴斯夫配方助剂 一种丙烯酸共聚物,用于提高流平性,防止缩孔,帮助基材润湿性,不会影响层间附着力。适用于卷材涂料、聚氨酯涂料、烤漆和双组分环氧化合物
Efka® FL 3785 BASF Formulation Additives 巴斯夫配方助剂 一种改性聚丙烯酸酯流平剂,用于不含氟或硅改性的溶剂型体系。可改善流平性,防止缩孔,特别是能增加脱气,不影响层间附着力
Efka® FL 3930 BASF Formulation Additives 巴斯夫配方助剂 用于粉末涂料的粉末状无硅流平剂
Efka® MI 6779 BASF Formulation Additives 巴斯夫配方助剂 Efka® MI 6779 (formerly Texaquart® 879 N) is a cationic additive to increase the electric conductivity of industrial coatings. Due to its strong polar character Efka® MI 6779 increases the electric conductivity or, in other words, decreases the electric r...展开 Efka® MI 6779 (formerly Texaquart® 879 N) is a cationic additive to increase the electric conductivity of industrial coatings. Due to its strong polar character Efka® MI 6779 increases the electric conductivity or, in other words, decreases the electric resistance of a liquid or solid paint film. The product being highly surface active encourages dispersion of the paint into fine droplets whilst being electrostatically sprayed. 收起
Efka® PA 4101 BASF Formulation Additives 巴斯夫配方助剂 用于生产微脂色母浆的分散树脂,表现出良好的润湿性和稳定性,与常用的树脂相容性极佳,能与胺基树脂或聚异氰酸酯交联
Efka® PA 4400 BASF Formulation Additives 巴斯夫配方助剂 改性聚氨酯分散剂,主要稳定有机颜料和无机颜料,有很强的降粘特性,提高光泽,防止浮色和发花,提高颜料着色力,更低的黏度,可用于各种类型溶剂型涂料
Efka® PA 4401 BASF Formulation Additives 巴斯夫配方助剂 改性聚丙烯酸酯分散剂,主要稳定有机颜料和无机颜料,有很强的降粘特性,提高光泽,防止浮色和发花,提高颜料着色力
Efka® PA 4403 BASF Formulation Additives 巴斯夫配方助剂 Efka® PA 4403 (以前的Efka® 4403 N)是一种聚合物分散剂,用于稳定无机和有机颜料。Efka® PA 4403主要用于溶剂型涂料以及胶衣涂料中各种颜料混合物的共碾磨
Efka® PA 4414 BASF Formulation Additives 巴斯夫配方助剂 聚合物分散剂,可提高有机颜料分散性,从而提高着色强度,降低粘度和增加光泽。可增强颜料基在碾磨中的加工性,允许更高的颜料使用量。它能提高成品油墨的展色性和流变性能
Efka® PA 4450 BASF Formulation Additives 巴斯夫配方助剂 在非水体系、极性和非极性涂料、颜料浆中无机和有机颜料的高分子分散剂。
Efka® PB 2001 BASF Formulation Additives 巴斯夫配方助剂 用于非水涂料和印刷油墨体系的无硅脱气剂,酸固化木器漆、双组份聚氨酯、丙烯酸树脂上光漆、气干环氧漆。
Efka® PB 2010 BASF Formulation Additives 巴斯夫配方助剂 EFKA®2010是一种高效消泡剂溶剂型涂料,尤其是高光面漆。 由于其普遍适用性,EFKA®2010也可以广泛用于JONCRYL®多元醇,Luwipal®或Plastopal®氨基树脂等的溶剂基粘合剂与半亚光和亚光涂层。
Efka® PB 2018 BASF Formulation Additives 巴斯夫配方助剂 不含硅消泡剂,可用于各种涂料体系。在油漆和面漆应用中具有良好的效果,也能阻止搅拌、泵送等工艺过程中空气的吸附
Efka® PB 2020 BASF Formulation Additives 巴斯夫配方助剂 Efka® PB 2020 (以前的Efka® 2020)是一种透明、浅黄色的液体,可加速溶剂型涂料的脱气。因此,它可消除泡沫和起泡,不论气泡是否由基材引起,例如木器或纸张或经泵送、辊涂、浮色或无气喷涂的结果
Efka® PB 2021 BASF Formulation Additives 巴斯夫配方助剂 不含硅消泡剂,可用于各种涂料体系。在油漆和面漆应用中具有良好的效果,也能阻止搅拌、泵送等工艺过程中空气的吸附。可帮助防止表面不平整,提供最可能的平滑表面
Efka® PB 2720 BASF Formulation Additives 巴斯夫配方助剂 Efka® PB 2720 (以前的Efka® 2720)在热固化树脂体系中可快速脱气。它可用于有无或无色树脂体系,例如不饱和聚酯、双组份环氧和PVC混合物
Efka® PL 5381 BASF Formulation Additives 巴斯夫配方助剂 Efka® PL 5381 (以前的Dehysol® D 81)是一种标准型环氧增塑剂。它具有良好的增塑效果,防清洗材料和各种工业溶剂萃取特性。它的耐迁移性(也对聚苯乙烯)与聚合物型增塑剂相当
Efka® PL 5382 BASF Formulation Additives 巴斯夫配方助剂 Efka® PL 5382 (以前的Dehysol® D82)是一种适合油漆工业的环氧增塑剂。该浅黄色液体来自于环氧化的大豆油。它可保护油漆和塑胶,防止热、光和气候的影响,因而改善了白度和耐老化性能。它与PVC、许多其它塑料、合成树脂、增塑剂相容,可提供透明涂膜。它可通过酸、酐和胺硬化。而且它即使在高温度下也可提供稳定性
Efka® PL 5520 BASF Formulation Additives 巴斯夫配方助剂 次等的增塑剂, 用于硝化纤维的木漆和家具漆. 和酸固化的一道二道成漆, 纸用清漆, 皮革用清漆, 特殊脂肪酸混合物的丁基酯