| Iriodin® 97215 Ultra Rutile Red Pearl SW | Merck | Iriodin® 97215 Ultra Rutile Red Pearl SW具有红色的干涉色。云母基底的珠光颜料可美化户内外应用的涂料效果。与此同时，它们创造了自然界才出现的独特的光泽和颜色效果。Iriodin® 97215 Ultra Rutile Red Pearl SW可结合各种其它颜色，适合许多应用 | |
| Iriodin® 97217 Ultra Rutile Copper Pearl SW | Merck | Iriodin® 97217 Ultra Rutile Copper Pearl SW具有铜色的干涉色。云母基底的珠光颜料可美化户内外应用的涂料效果。与此同时，它们创造了自然界才出现的独特的光泽和颜色效果。Iriodin®97217 Ultra Rutile Copper Pearl SW可结合各种其它颜色，适合许多应用 | |
| Iriodin® 97219 Ultra Rutile Lilac Pearl SW | Merck | Iriodin® 97219 Ultra Rutile Lilac Pearl SW具有淡紫色的干涉色。云母基底的珠光颜料可美化户内外应用的涂料效果。与此同时，它们创造了自然界才出现的独特的光泽和颜色效果。Iriodin® 97219 Ultra Rutile Lilac Pearl SW可结合各种其它颜色，适合许多应用 | |
| Iriodin® 97225 Ultra Rutile Blue Pearl SW | Merck | Iriodin® 97225 Ultra Rutile Blue Pearl SW具有蓝色的干涉色。云母基底的珠光颜料可美化户内外应用的涂料效果。与此同时，它们创造了自然界才出现的独特的光泽和颜色效果。Iriodin® 97225 Ultra Rutile Blue Pearl SW可结合各种其它颜色，适合许多应用 | |
| Iriodin® 97235 Ultra Rutile Green Pearl SW | Merck | Iriodin® 97235 Ultra Rutile Green Pearl SW具有绿色的干涉色。云母基底的珠光颜料可美化户内外应用的涂料效果。与此同时，它们创造了自然界才出现的独特的光泽和颜色效果。Iriodin® 97235 Ultra Rutile Green Pearl SW可结合各种其它颜色，适合许多应用 | |
| LS-6140 | NuSil Silicone Technology 1 | LS-6140 is a two-part, optically clear silicone system that is based on a methyl silicone polymer, and has a low viscosity. It can be used for casting, injecting or bonding molidng of high performance optical components. It can also be used for photonics ...展开 LS-6140 is a two-part, optically clear silicone system that is based on a methyl silicone polymer, and has a low viscosity. It can be used for casting, injecting or bonding molidng of high performance optical components. It can also be used for photonics applications that require a low outgassing and minimal volatile condensables to protect sensitive devices from condensation. 收起 | |
| LS-6143 | NuSil Silicone Technology 1 | LS-6143 is an optical thermoset that is based on a dimethyl-diphenyl copolymer with a broad operating temperature range. It can be used in photonics applications that require low outgassing to avoid condensation from forming on or in sensitive devices. It...展开 LS-6143 is an optical thermoset that is based on a dimethyl-diphenyl copolymer with a broad operating temperature range. It can be used in photonics applications that require low outgassing to avoid condensation from forming on or in sensitive devices. It can also be used for bonding, casting or injection molding of permormance optical components. It is best for applications requiring an operating temperature range of -115°C to 260°C (-178°F to 500°F). 收起 | |
| LS-6941 | NuSil Silicone Technology 1 | LS-6941 is an optical thermoset that is solvent free, and has a low viscosity. It will cure at room temperature or more rapidly when heat is added. It can be used for the bonding, casting or injecting molding of high performance optical components. This s...展开 LS-6941 is an optical thermoset that is solvent free, and has a low viscosity. It will cure at room temperature or more rapidly when heat is added. It can be used for the bonding, casting or injecting molding of high performance optical components. This silicone is also ideal for applications that require index matching at 1.41. It is suitable for applications that require an operating temperature range of -65 to 240°C (–85 to 465°F). 收起 | |
| LS-6943 | NuSil Silicone Technology 1 | LS-6943 is a two-part, clear silicone elastomer that is solvent free and has a low viscosity. The cure rate of this elastomer increases rapidly with the addition of heat. It is based on a dimethyl diphenyl silicone copolymer. This product can be used for ...展开 LS-6943 is a two-part, clear silicone elastomer that is solvent free and has a low viscosity. The cure rate of this elastomer increases rapidly with the addition of heat. It is based on a dimethyl diphenyl silicone copolymer. This product can be used for the casting, injecting or bonding molding of high performance optical components. It is ideal to be used applications with an opertaing temperature range of -115 to 260°C (–175 to 500°F). 收起 | |
| LS-6946 | NuSil Silicone Technology 1 | LS-6946 is a clear, pourable silicone system that cures at room temperature or rapidly with heat. It will cure in contact with most properly cleaned substrate materials uncluding optical plastics, optical glasses and photonic semiconductors. This product ...展开 LS-6946 is a clear, pourable silicone system that cures at room temperature or rapidly with heat. It will cure in contact with most properly cleaned substrate materials uncluding optical plastics, optical glasses and photonic semiconductors. This product is physically strong and operates on a wide temperature range. It is ideal for the bonding, casting or injecting molding of high performance optical components. 收起 | |
| LS-8941 | NuSil Silicone Technology 1 | LS-8941 is a two-part, optically clear, non-phenyl containing addition cure silicone. It is designed to stay thermo-optically stable with the exposure of heat and UV light. This product has a viscosity that is designed to be used with conventional Liquid ...展开 LS-8941 is a two-part, optically clear, non-phenyl containing addition cure silicone. It is designed to stay thermo-optically stable with the exposure of heat and UV light. This product has a viscosity that is designed to be used with conventional Liquid Injection Molding equipment, and the material is self-leveling for casting application techniques. It is also ideal for molding or casting hard, non-yellowing lenses for LED, solar or other applications where a hard, optically-stable silicone is needed. 收起 | |
| LS1-6140 | NuSil Silicone Technology 1 | LS1-6140 is an optically clear silicone elastomer that is based on a methyl silicone polymer. It can be used for bonding, casting or compression molding of high performance optical components. This product can also be used for photonics applications that ...展开 LS1-6140 is an optically clear silicone elastomer that is based on a methyl silicone polymer. It can be used for bonding, casting or compression molding of high performance optical components. This product can also be used for photonics applications that require a low volatility silicone to avoid contamination. 收起 | |
| LS1-6941 | NuSil Silicone Technology 1 | LS1-6941 is a transparent, pourable silicone that has a 1:1 mix ratio. It can be used as an adhesive or encapsulant for applications that require index matching at 1.41. This product can be used in the injection and transfer molding of optical components....展开 LS1-6941 is a transparent, pourable silicone that has a 1:1 mix ratio. It can be used as an adhesive or encapsulant for applications that require index matching at 1.41. This product can be used in the injection and transfer molding of optical components. It will cure in contact with most materials common to biomedical assemblies. 收起 | |
| LS2-6140 | NuSil Silicone Technology 1 | LS2-6140 is an optically clear, primerless silicone encapsulant that has a low volatility and a high purity. This product can help protect electrical components and assemblies from moisture, chemicals, dust, shock, vibration, and other environmental hazar...展开 LS2-6140 is an optically clear, primerless silicone encapsulant that has a low volatility and a high purity. This product can help protect electrical components and assemblies from moisture, chemicals, dust, shock, vibration, and other environmental hazards. It has exceptional thermal stability and is designed to work in optically harsh environments where high power led and uv led packages are a factor. 收起 | |
| LS2-6941 | NuSil Silicone Technology 1 | LS2-6941 is an optically clear silicone elastomer that has a low viscosity and is solvent free. This product offers excellent physical and electrical stability across a broad temperature range. It can be used for photonics applications such as photo detec...展开 LS2-6941 is an optically clear silicone elastomer that has a low viscosity and is solvent free. This product offers excellent physical and electrical stability across a broad temperature range. It can be used for photonics applications such as photo detectors, lasers, HBLEDs, discrete optics and flat panel displays that require a 1.41 refractive index. It can also provide protection for electronic components from vibration, shock, dust, moisture and other environmental hazards by potting or encapsulating. 收起 | |
| Meoxal® F120-30 CWT Taklamakan Gold | Merck | Meoxal® F120-30 CWT Taklamakan Gold. Meoxal® Taklamakan Gold, the nearly perfect interpretation of the beautiful dance sand grains perform as orchestrated by the wind. This pigment enables a new range of effects and stylings, especially in the golden, gre...展开 Meoxal® F120-30 CWT Taklamakan Gold. Meoxal® Taklamakan Gold, the nearly perfect interpretation of the beautiful dance sand grains perform as orchestrated by the wind. This pigment enables a new range of effects and stylings, especially in the golden, green, red, and brown color range. 收起 | |
| Meoxal® F120-51 CWT Victoria Red | Merck | Meoxal® F120-51 CWT Victoria Red. The Great Victoria Desert: Breathtaking beauty composed of red earth, drought-defying flora & the radiant horizon. Meoxal® Victoria Red captivates with its intense color & extraordinary brilliance. | |
| Meoxal® F120-58 CWT Wahiba Orange | Merck | Meoxal® F120-58 CWT Wahiba Orange. The wild sea of desert sand immerses us into a world of bright and vibrant colors. Meoxal® Wahiba Orange is impressive with its outstanding color saturation and high brilliance. In combination with its luminous, slightly...展开 Meoxal® F120-58 CWT Wahiba Orange. The wild sea of desert sand immerses us into a world of bright and vibrant colors. Meoxal® Wahiba Orange is impressive with its outstanding color saturation and high brilliance. In combination with its luminous, slightly sparkling finish, the color is so intense that you can almost feel the desert’s blazing heat. 收起 | |
| Meoxal® F121-51 CWT Atacama Red | Merck | Meoxal® F121-51 CWT Atacama Red. Meoxal® Atacama Red is so intense and pure that it almost seems to radiate light. The combination of metal oxides and patented layering know-how in Meoxal® creates amazing brilliant effects. Experience the impact of Meoxal...展开 Meoxal® F121-51 CWT Atacama Red. Meoxal® Atacama Red is so intense and pure that it almost seems to radiate light. The combination of metal oxides and patented layering know-how in Meoxal® creates amazing brilliant effects. Experience the impact of Meoxal® Atacama Red, intensity and luminosity from the deep within! 收起 | |
| Miraval™ 5311 Scenic White | Merck | 颜料外观综合了银白色微光和华丽的高光，由于非常平滑和理想反光的表面，这种基于硼硅酸铝钙具有高度的透明性。颜料本身所具有的纯白、光亮和反射能力产生了独特的浮华和清澈的色彩式样。 | |
| Miraval® 95311 WR Scenic White | Merck | Miraval® 95311 WR Scenic White是Miraval® 5311 Scenic White的户外版本，是Miraval®第一支颜料，具有耐候性表面处理。默克知名的WR表面处理已成为粉末涂料行业中户外耐候的标杆，也是一种已被证明可用于许多其它户外工业漆应用的表面处理，Miraval® 95311也采用了这种表面处理。Miraval® 95311 WR Scenic White可用于许多户外应用，尤其适合用于粉末涂料、卷材涂料、一般工业和乳胶漆 | |
| Octa-Soligen® 123 aqua | OMG Borchers GmbH | 一种催干剂，使漆膜具有快速和均匀的初始干燥和良好的实干性，另外还可以提高色彩稳定性、光泽度、漆膜的硬度以及防水性。可用于所有主体树脂氧化干燥的水性漆。 | |
| Octa-Soligen® 141 Z | OMG Borchers GmbH | 非常稳定的催干剂体系。不含铅和其它重金属，对中、长油醇酸树脂具有良好的催干性。适用于浅色涂料和清漆。 | |
| Octa-Soligen® 144 aqua | OMG Borchers GmbH | 它是一种联合催干剂产品，用于催干水性醇酸树脂。由于其具有出色的性能和与标准树脂的良好相容性，因此使用中不会发生褪色。 | |
| Octa-Soligen® 145 S | OMG Borchers GmbH | 它是一种联合催干剂，专用于氧气干燥的溶剂型体系。 | |
| Octa-Soligen® 146 | OMG Borchers GmbH | 不含重金属的复合催干剂。适用于氧气干燥的溶剂型体系，是用于浅色涂料的理想催干剂。 | |
| Octa-Soligen® 155 | OMG Borchers GmbH | 不含重金属的复合催干剂。适用于氧气干燥的溶剂型体系。 | |
| Octa-Soligen® 173 | OMG Borchers GmbH | 可用于所有氧气干燥树脂体系。特别适合白色和浅色油漆。非常好的实干性、出色的亮度、良好的光泽度和出色的硬度。 | |
| Octa-Soligen® 203 | OMG Borchers GmbH | 无铅、低黏度、容易计量、贮存时间长，特别适合白色和浅色油漆体系。使用本品后，即便在不利的环境条件下油漆的干燥时间也较适合。 | |
| Octa-Soligen® 26 (oil) | OMG Borchers GmbH | 用于氧化干燥的体系最佳，应用于非常薄的涂层。 | |
| Octa-Soligen® 265 | OMG Borchers GmbH | 它是一种专用于印刷油墨的联合催干剂。该型号的产品以低芳香族白节油为溶剂。 | |
| Octa-Soligen® 27 | OMG Borchers GmbH | 不含重金属，用在所有中油和长油醇酸树脂中具有最佳的干燥特性。 | |
| Octa-Soligen® 421 Aqua | OMG Borchers GmbH | 不含重金属的混合金属催干剂，用于水性醇酸树脂。推荐用于低温和高环境湿度的催干。 | |
| Octa-Soligen® 69 | OMG Borchers GmbH | 无铅、低黏度、容易计量，特别适合白色和浅色油漆体系。不会发生浑浊和析出。 | |
| Octa-Soligen® Barium 12.5 | OMG Borchers GmbH | 改善涂料的实干性，具有良好的颜料润湿性。可以用作铅的替代品。 | |
| Octa-Soligen® Calcium 10, basic | OMG Borchers GmbH | Octa-Soligen® 钙10，碱性，是一种辅助催干剂，仅与主和次催干剂结合使用。在碾磨过程中加入Octa-Soligen® 钙10，碱性催干剂也可改善颜料润湿和分散性能。它可帮助增加漆膜的硬度和光泽。Octa-Soligen® 钙10，碱性，适用于溶剂型涂料 | |
| Octa-Soligen® Calcium 4, basic | OMG Borchers GmbH | Octa-Soligen® 钙4，碱性，是一种辅助催干剂，仅与主和次催干剂结合使用。在碾磨过程中加入Octa-Soligen® 钙4，碱性催干剂也可改善颜料润湿和分散性能。它可帮助增加漆膜的硬度和光泽。Octa-Soligen® 钙4，碱性，适用于溶剂型涂料 | |
| Octa-Soligen® Calcium 5, basic | OMG Borchers GmbH | Octa-Soligen® 钙5，碱性，是一种辅助催干剂，仅与主和次催干剂结合使用。在碾磨过程中加入Octa-Soligen® 钙5，碱性催干剂也可改善颜料润湿和分散性能。它可帮助增加漆膜的硬度和光泽。Octa-Soligen® 钙5，碱性，适用于溶剂型涂料 | |
| Octa-Soligen® Calcium 5 HS, neutral | OMG Borchers GmbH | Octa-Soligen® 钙5 HS，中性，是一种辅助催干剂，仅与主和次催干剂结合使用。在碾磨过程中加入Octa-Soligen® 钙5 HS中性催干剂也可改善颜料润湿和分散性能。它可帮助增加漆膜的硬度和光泽。Octa-Soligen® 钙5 HS中性适用于低VOC和高固含涂料 | |
| Octa-Soligen® Calcium 5, neutral | OMG Borchers GmbH | Octa-Soligen® 钙5，中性，是一种辅助催干剂，仅与主和次催干剂结合使用。在碾磨过程中加入Octa-Soligen® 钙5，中性催干剂也可改善颜料润湿和分散性能。它可帮助增加漆膜的硬度和光泽。Octa-Soligen® 钙5，中性，适用于溶剂型涂料 | |
| Octa-Soligen® Calcium 7 HS, neutral | OMG Borchers GmbH | Octa-Soligen® 钙7 HS，中性，是一种辅助催干剂，仅与主和次催干剂结合使用。在碾磨过程中加入Octa-Soligen® 钙7 HS中性催干剂也可改善颜料润湿和分散性能。它可帮助增加漆膜的硬度和光泽。Octa-Soligen® 钙7 HS中性适用于低VOC和高固含涂料 | |
| Octa-Soligen® Cobalt 10 | OMG Borchers GmbH | Octa-Soligen® 钴10是最重要的金属催干剂。它可实现快速表干，与辅助催干剂，例如锆、钡或铅搭配实现漆膜均一的全干性。Octa-Soligen® 钴10 基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于溶剂型体系 | |
| Octa-Soligen® Cobalt 10 HS | OMG Borchers GmbH | Octa-Soligen® 钴10 HS是最重要的金属催干剂。它可实现快速表干，与辅助催干剂，例如锆、钡或铅搭配实现漆膜均一的全干性。Octa-Soligen® 钴10 HS基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于不饱和聚酯，低VOC和高固含涂料中 | |
| Octa-Soligen® Cobalt 10 (xylene) | OMG Borchers GmbH | Octa-Soligen® 钴10 (二甲苯)是一种基础的促进剂，结合有机过氧化物固化不饱和聚酯体系。自由基聚合会引发有机过氧化物的快速降解。Octa-Soligen® 钴10 (二甲苯)基于2-乙基己酸（辛酸盐）金属盐或它的异构体。它适用于不饱和聚酯 | |
| Octa-Soligen® Cobalt 12 | OMG Borchers GmbH | Octa-Soligen® 钴12是最重要的金属催干剂。它可实现快速表干，与辅助催干剂，例如锆、钡或铅搭配实现漆膜均一的全干性。Octa-Soligen® 钴12 基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于溶剂型体系 | |
| Octa-Soligen® Cobalt 12 HS | OMG Borchers GmbH | Octa-Soligen® 钴12 HS是最重要的金属催干剂。它可实现快速表干，与辅助催干剂，例如锆、钡或铅搭配实现漆膜均一的全干性。Octa-Soligen® 钴12 HS基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于不饱和聚酯，低VOC和高固含涂料中 | |
| Octa-Soligen® Cobalt 12 (oil) | OMG Borchers GmbH | Octa-Soligen® 钴12 (油)是最重要的金属催干剂。它可实现快速表干，与辅助催干剂，例如锆、钡或铅搭配实现漆膜均一的全干性。Octa-Soligen® 钴12 (石油)基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于印刷油墨 | |
| Octa-Soligen® Cobalt 12 (xylene) | OMG Borchers GmbH | Octa-Soligen® 钴12 (二甲苯)是一种基础的促进剂，结合有机过氧化物固化不饱和聚酯体系。自由基聚合会引发有机过氧化物的快速降解。Octa-Soligen® 钴12 (二甲苯)基于2-乙基己酸（辛酸盐）金属盐或它的异构体。它适用于不饱和聚酯 | |
| Octa-Soligen® Cobalt 6 | OMG Borchers GmbH | Octa-Soligen® 钴6是最重要的金属催干剂。它可实现快速表干，与辅助催干剂，例如锆、钡或铅搭配实现漆膜均一的全干性。Octa-Soligen® 钴6 基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于溶剂型体系 | |
| Octa-Soligen® Cobalt 6 HS | OMG Borchers GmbH | Octa-Soligen® 钴6 HS是最重要的金属催干剂。它可实现快速表干，与辅助催干剂，例如锆、钡或铅搭配实现漆膜均一的全干性。Octa-Soligen® 钴6 HS基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于不饱和聚酯，低VOC和高固含涂料中 | |
| Octa-Soligen® Cobalt 6 (xylene) | OMG Borchers GmbH | Octa-Soligen® 钴6 (二甲苯)是一种基础的促进剂，结合有机过氧化物固化不饱和聚酯体系。自由基聚合会引发有机过氧化物的快速降解。Octa-Soligen® 钴6 (二甲苯)基于2-乙基己酸（辛酸盐）金属盐或它的异构体。它适用于不饱和聚酯 | |
| Octa-Soligen® Cobalt 7 aqua | OMG Borchers GmbH | Octa-Soligen® 钴7 aqua是最重要的金属催干剂。它可实现快速表干，与辅助催干剂，例如锆、钡或铅搭配实现漆膜均一的全干性。Octa-Soligen® 钴7 aqua基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于水性体系 | |
| Octa-Soligen® Cobalt 8 | OMG Borchers GmbH | Octa-Soligen® 钴8是最重要的金属催干剂。它可实现快速表干，与辅助催干剂，例如锆、钡或铅搭配实现漆膜均一的全干性。Octa-Soligen® 钴8 基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于溶剂型体系 | |
| Octa-Soligen® Cobalt 8 HS | OMG Borchers GmbH | Octa-Soligen® 钴8 HS是最重要的金属催干剂。它可实现快速表干，与辅助催干剂，例如锆、钡或铅搭配实现漆膜均一的全干性。Octa-Soligen® 钴8 HS基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于不饱和聚酯，低VOC和高固含涂料中 | |
| Octa-Soligen® Cobalt 8 (oil) | OMG Borchers GmbH | Octa-Soligen® 钴8 (油)是最重要的金属催干剂。它可实现快速表干，与辅助催干剂，例如锆、钡或铅搭配实现漆膜均一的全干性。Octa-Soligen® 钴8 (石油)基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于印刷油墨 | |
| Octa-Soligen® Iron 7/8 | OMG Borchers GmbH | 用于油基烘干体系，用在罐头和暗色烘干体系。促进实干的主催干剂，也作为抗腐蚀涂料中的增粘剂。 | |
| Octa-Soligen® Lithium 2 | OMG Borchers GmbH | 一种铅的替代物，在无铅联合催干剂中与钴和钙一起使用。能够改善涂料，特别是低分子量树脂体系的实干性。 | |
| Octa-Soligen® Manganese 10 | OMG Borchers GmbH | Octa-Soligen® 镁10 是继钴之后最重要的催干剂金属。它可同时提高表干和全干性，通常结合钴和铅一起使用。镁适合上述所有有色涂料体系，由于它自身固有的颜色，它可能会在浅色或透明涂料中造成色差。高环境湿度会严重抑制镁的效果。它可用于溶剂型体系 | |
| Octa-Soligen® Manganese 10 HS | OMG Borchers GmbH | Octa-Soligen® 镁10 HS是继钴之后最重要的催干剂金属。它可同时提高表干和全干性，通常结合钴和铅一起使用。镁适合上述所有有色涂料体系，由于它自身固有的颜色，它可能会在浅色或透明涂料中造成色差。高环境湿度会严重抑制镁的效果。它可用于低VOC和高固含涂料中 | |
| Octa-Soligen® Manganese 10 (oil) | OMG Borchers GmbH | Octa-Soligen® 镁10 (油)是继钴之后最重要的催干剂金属。它可同时提高表干和全干性，通常结合钴和铅一起使用。镁适合上述所有有色涂料体系，由于它自身固有的颜色，它可能会在浅色或透明涂料中造成色差。高环境湿度会严重抑制镁的效果。它可用于印刷油墨 | |
| Octa-Soligen® Manganese 6 | OMG Borchers GmbH | Octa-Soligen® 镁6 是继钴之后最重要的催干剂金属。它可同时提高表干和全干性，通常结合钴和铅一起使用。镁适合上述所有有色涂料体系，由于它自身固有的颜色，它可能会在浅色或透明涂料中造成色差。高环境湿度会严重抑制镁的效果。它可用于溶剂型体系 | |
| Octa-Soligen® Manganese 6 HS | OMG Borchers GmbH | Octa-Soligen® 镁6 HS是继钴之后最重要的催干剂金属。它可同时提高表干和全干性，通常结合钴和铅一起使用。镁适合上述所有有色涂料体系，由于它自身固有的颜色，它可能会在浅色或透明涂料中造成色差。高环境湿度会严重抑制镁的效果。它可用于低VOC和高固含涂料中 | |
| Octa-Soligen® Manganese 8 | OMG Borchers GmbH | Octa-Soligen® 镁8是继钴之后最重要的催干剂金属。它可同时提高表干和全干性，通常结合钴和铅一起使用。镁适合上述所有有色涂料体系，由于它自身固有的颜色，它可能会在浅色或透明涂料中造成色差。高环境湿度会严重抑制镁的效果。它可用于溶剂型体系 | |
| Octa-Soligen® Manganese 8 (oil) | OMG Borchers GmbH | Octa-Soligen® 镁8 (油)是继钴之后最重要的催干剂金属。它可同时提高表干和全干性，通常结合钴和铅一起使用。镁适合上述所有有色涂料体系，由于它自身固有的颜色，它可能会在浅色或透明涂料中造成色差。高环境湿度会严重抑制镁的效果。它可用于印刷油墨 | |
| Octa-Soligen® Strontium 10 | OMG Borchers GmbH | 锶催干剂是一种用于不含重金属的体系的理想辅助催干剂。与钴或锰等主催干剂配合使用可以获得最佳的和均匀的干燥效果。 | |
| Octa-Soligen® Zinc 10 | OMG Borchers GmbH | 一种次催干剂，用来提高漆膜的实干性和硬度。总是与Octa-Soligen®钴配合使用。用于醇酸树脂和氧化干燥环氧酯溶剂型体系。 | |
| Octa-Soligen® Zinc 10 aqua | OMG Borchers GmbH | Octa-Soligen® 锌10 aqua是一种辅助催干剂，可提高漆膜的全干透性能和硬度。它总是结合主催干剂（钴、镁或钒化合物）。Octa-Soligen® 锌10 aqua基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于水性体系 | |
| Octa-Soligen® Zinc 12 | OMG Borchers GmbH | Octa-Soligen® 锌12是一种辅助催干剂，可提高漆膜的全干透性能和硬度。它总是结合主催干剂（钴、镁或钒化合物）。Octa-Soligen® 锌12基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于溶剂型体系 | |
| Octa-Soligen® Zinc 16 HS | OMG Borchers GmbH | Octa-Soligen® 锌16 HS是一种辅助催干剂，可提高漆膜的全干透性能和硬度。它总是结合主催干剂（钴、镁或钒化合物）。Octa-Soligen® 锌16 HS基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于低VOC和高固含涂料中 | |
| Octa-Soligen® Zinc 18 | OMG Borchers GmbH | Octa-Soligen® 锌18是一种辅助催干剂，可提高漆膜的全干透性能和硬度。它总是结合主催干剂（钴、镁或钒化合物）。Octa-Soligen® 锌18基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于溶剂型体系 | |
| Octa-Soligen® Zinc 23 | OMG Borchers GmbH | Octa-Soligen® 锌23是一种辅助催干剂，可提高漆膜的全干透性能和硬度。它总是结合主催干剂（钴、镁或钒化合物）。Octa-Soligen® 锌23基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于溶剂型体系 | |
| Octa-Soligen® Zinc 8 | OMG Borchers GmbH | Octa-Soligen® 锌8是一种辅助催干剂，可提高漆膜的全干透性能和硬度。它总是结合主催干剂（钴、镁或钒化合物）。Octa-Soligen® 锌8基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于溶剂型体系 | |
| Octa-Soligen® Zirconium 10 | OMG Borchers GmbH | Octa-Soligen® 锆10用于不允许含有毒催干剂体系的涂料中，是铅最为广泛的替代品。它通过形成配位键改善了干透性能。Octa-Soligen® 锆10 基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于溶剂型体系 | |
| Octa-Soligen® Zirconium 10 aqua | OMG Borchers GmbH | Octa-Soligen® 锆10 aqua用于不允许含有毒催干剂体系的涂料中，是铅最为广泛的替代品。它通过形成配位键改善了干透性能。Octa-Soligen® 锆10 aqua基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于水性体系 | |
| Octa-Soligen® Zirconium 10 (oil) | OMG Borchers GmbH | Octa-Soligen® 锆10（油）用于不允许含有毒催干剂体系的涂料中，是铅最为广泛的替代品。它通过形成配位键改善了干透性能。Octa-Soligen® 锆10（油）基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于印刷油墨 | |
| Octa-Soligen® Zirconium 12 | OMG Borchers GmbH | Octa-Soligen® 锆12用于不允许含有毒催干剂体系的涂料中，是铅最为广泛的替代品。它通过形成配位键改善了干透性能。Octa-Soligen® 锆12 基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于溶剂型体系 | |
| Octa-Soligen® Zirconium 12 HS | OMG Borchers GmbH | Octa-Soligen® 锆12 HS用于不允许含有毒催干剂体系的涂料中，是铅最为广泛的替代品。它通过形成配位键改善了干透性能。Octa-Soligen® 锆12 HS 基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于低VOC和高固含涂料中 | |
| Octa-Soligen® Zirconium 18 | OMG Borchers GmbH | Octa-Soligen® 锆18用于不允许含有毒催干剂体系的涂料中，是铅最为广泛的替代品。它通过形成配位键改善了干透性能。Octa-Soligen® 锆18 基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于溶剂型体系 | |
| Octa-Soligen® Zirconium 18 HS | OMG Borchers GmbH | Octa-Soligen® 锆18 HS用于不允许含有毒催干剂体系的涂料中，是铅最为广泛的替代品。它通过形成配位键改善了干透性能。Octa-Soligen® 锆18 HS 基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于低VOC和高固含涂料中 | |
| Octa-Soligen® Zirconium 24 | OMG Borchers GmbH | Octa-Soligen® 锆24用于不允许含有毒催干剂体系的涂料中，是铅最为广泛的替代品。它通过形成配位键改善了干透性能。Octa-Soligen® 锆24 基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于溶剂型体系 | |
| Octa-Soligen® Zirconium 6 | OMG Borchers GmbH | Octa-Soligen® 锆6用于不允许含有毒催干剂体系的涂料中，是铅最为广泛的替代品。它通过形成配位键改善了干透性能。Octa-Soligen® 锆6 基于金属盐2-乙基己酸（辛酸盐）或它的异构体。它可用于溶剂型体系 | |
| Permanent Yellow 1301 | Emperor Pigment Co., Ltd. | Permanent Yellow 1301 is a pigment that is reddish yellow and transparent in color. It has a color index number of Pigment Yellow 13, a CAS number of 5102-83-0, and an EU number of 225-822-9. This product has a density value of 1.6, a pH value of 6.0 to 7...展开 Permanent Yellow 1301 is a pigment that is reddish yellow and transparent in color. It has a color index number of Pigment Yellow 13, a CAS number of 5102-83-0, and an EU number of 225-822-9. This product has a density value of 1.6, a pH value of 6.0 to 7.0, and is used in NC inks, PA inks, offset inks, and PP inks. 收起 | |
| Permanent Yellow 1401 | Emperor Pigment Co., Ltd. | Permanent Yellow 1401 is a pigment that is bright yellow in color. It has a color index number of Pigment Yellow 14, a CAS number of 5468-75-7, and an EU number of 226-789-3. This product has a density value of 1.6, a pH value of 6.0 to 7.0, and is used i...展开 Permanent Yellow 1401 is a pigment that is bright yellow in color. It has a color index number of Pigment Yellow 14, a CAS number of 5468-75-7, and an EU number of 226-789-3. This product has a density value of 1.6, a pH value of 6.0 to 7.0, and is used in PA inks, NC inks, and PP inks. 收起 | |
| Permanent Yellow 2G | Emperor Pigment Co., Ltd. | Permanent Yellow 2G is a pigment that is greenish yellow and transparent in color. It has a color index number of Pigment Yellow 17, a CAS number of 4531-49-1, and an EU number of 224-867-1. This product has a density value of 1.6, a pH value of 6.0 to 7....展开 Permanent Yellow 2G is a pigment that is greenish yellow and transparent in color. It has a color index number of Pigment Yellow 17, a CAS number of 4531-49-1, and an EU number of 224-867-1. This product has a density value of 1.6, a pH value of 6.0 to 7.0, and is used in offset inks. 收起 | |
| Permanent Yellow 2GS | Emperor Pigment Co., Ltd. | Permanent Yellow 2GS is a greenish yellow colored pigment that is used in offset inks, textile printing, and waterbased inks. It has a density value of 1.6 and a pH value of 6.0 to 7.0. This product has a color index number of Pigment Yellow 14, a CAS num...展开 Permanent Yellow 2GS is a greenish yellow colored pigment that is used in offset inks, textile printing, and waterbased inks. It has a density value of 1.6 and a pH value of 6.0 to 7.0. This product has a color index number of Pigment Yellow 14, a CAS number of 5468-75-7, and an EU number of 226-789-3. 收起 | |
| Permanent Yellow 5GX | Emperor Pigment Co., Ltd. | Permanent Yellow 5GX is a pigment that is bright yellow in color. It has a color index number of Pigment Yellow 74, a CAS number of 6358-31-2, and an EU number of 228-768-4. This product has a density value of 1.6, a pH value of 6.0 to 7.0, and is used in...展开 Permanent Yellow 5GX is a pigment that is bright yellow in color. It has a color index number of Pigment Yellow 74, a CAS number of 6358-31-2, and an EU number of 228-768-4. This product has a density value of 1.6, a pH value of 6.0 to 7.0, and is used in industrial paints, waterbased paints, and waterbased inks. 收起 | |
| Permanent Yellow G-W | Emperor Pigment Co., Ltd. | Permanent Yellow G-W is a bright yellow colored pigment that is used in waterbased inks and textile printing. It has a color index number of Pigment Yellow 14, a CAS number of 5468-75-7, and an EU number of 226-789-3. This product has a density value of 1...展开 Permanent Yellow G-W is a bright yellow colored pigment that is used in waterbased inks and textile printing. It has a color index number of Pigment Yellow 14, a CAS number of 5468-75-7, and an EU number of 226-789-3. This product has a density value of 1.6 and a pH value of 6.0 to 7.0. 收起 | |
| Permanent Yellow GR | Emperor Pigment Co., Ltd. | Permanent Yellow GR is a reddish yellow and semitransparent colored pigment that is used in offset inks, waterbased inks, and textile printing. It has a color index number of Pigment Yellow 13, a CAS number of 5102-83-0, and an EU number of 225-822-9. Thi...展开 Permanent Yellow GR is a reddish yellow and semitransparent colored pigment that is used in offset inks, waterbased inks, and textile printing. It has a color index number of Pigment Yellow 13, a CAS number of 5102-83-0, and an EU number of 225-822-9. This product has a density value of 1.5 and a pH value of 6.0 to 7.0. 收起 | |
| Permanent Yellow RN | Emperor Pigment Co., Ltd. | Permanent Yellow RN is a reddish yellow colored pigment that is used in industrial paints. It has a density value of 1.6 and a pH value of 6.0 to 7.0. This product has a color index number of Pigment Yellow 65, a CAS number of 6528-34-3, and an EU number ...展开 Permanent Yellow RN is a reddish yellow colored pigment that is used in industrial paints. It has a density value of 1.6 and a pH value of 6.0 to 7.0. This product has a color index number of Pigment Yellow 65, a CAS number of 6528-34-3, and an EU number of 229-419-9. 收起 | |
| Phthalo Blue BGSF | Emperor Pigment Co., Ltd. | Phthalo Blue BGSF is a pigment that is blue in color. It has a color index number of Pigment Blue 15:4, a heat resistance value of 250 degrees Celsius, and an oil absorption value of less than 35 grams per 100 grams. This product is used in inks and solve...展开 Phthalo Blue BGSF is a pigment that is blue in color. It has a color index number of Pigment Blue 15:4, a heat resistance value of 250 degrees Celsius, and an oil absorption value of less than 35 grams per 100 grams. This product is used in inks and solvent based paints. 收起 | |
| Pigment Blue 15:6 | Emperor Pigment Co., Ltd. | Pigment Blue 15:6 is a pigment that is blue in color. It has a color index number of Pigment Blue 15:6, and a CAS number of 147-14-8. This product has a density value of 1.4 to 1.6, an oil absorption value of 30 to 60 mL/100g, and is used in coatings and ...展开 Pigment Blue 15:6 is a pigment that is blue in color. It has a color index number of Pigment Blue 15:6, and a CAS number of 147-14-8. This product has a density value of 1.4 to 1.6, an oil absorption value of 30 to 60 mL/100g, and is used in coatings and paints. 收起 | |
| POLYBATCH® CRR 3971 | ICO Polymers | POLYBATCH® CRR 3971 is a low density polyethylene masterbatch combined with a chill roll release agent. This solid pellet prevents low density polyethylene (LDPE) from chill roll sticking during extrusion without damaging the adhesion of the resin to the ...展开 POLYBATCH® CRR 3971 is a low density polyethylene masterbatch combined with a chill roll release agent. This solid pellet prevents low density polyethylene (LDPE) from chill roll sticking during extrusion without damaging the adhesion of the resin to the substrate. POLYBATCH® CRR 3971 is used in extrusion lamination, coextrusion coating, and for coatings on different substrates such as kraft, board and paper, aluminum foil, and flexible films. It is also used in extrusion coating applications where chill roll adhesion occurs under normal circumstances, and at very high line speeds featuring high chill roll temperatures and use of a glossy chill roll finish. 收起 | |
| PSA-1170 | NuSil Silicone Technology 1 | PSA-1170 is a one-part, non-curing, pressure sensitive silicone adhesive that has a translucent appearance and a low viscosity. It can be used for temporarily adhering to various substrates such as silicone, glass, metals, and organic rubbers. PSA-1170 is...展开 PSA-1170 is a one-part, non-curing, pressure sensitive silicone adhesive that has a translucent appearance and a low viscosity. It can be used for temporarily adhering to various substrates such as silicone, glass, metals, and organic rubbers. PSA-1170 is supplied in flammable solvents so it needs to be handled cautiously. Allow solvent to evaporate before adhering or attaching adhesive-coated objects together. 收起 | |
| Pyrisma® M40-58 SW Ambercup Orange | Merck | Pyrisma® M40-58 SW Ambercup Orange is a masstone orange pigment based on an optimized mica fraction. Its state-of-the-art SW surface treatment guarantees excellent weathering performance, suitable in all coating systems. The high chroma, the color clarity...展开 Pyrisma® M40-58 SW Ambercup Orange is a masstone orange pigment based on an optimized mica fraction. Its state-of-the-art SW surface treatment guarantees excellent weathering performance, suitable in all coating systems. The high chroma, the color clarity and the unique flop behavior establish a new generation of orange. 收起 | |
| Pyrisma® T40-20 SW Color Space Yellow | Merck | Pyrisma™ T40-20 SW黄是默克Color Space颜料的一种。基于最佳的云母片和特殊开发的TiO2涂层。Pyrisma™ T40-20 SW是一种易于使用的颜料。这种引人注目的金黄色可完美地用于设计创造性的、鲜艳的、有活力的色彩。Pyrisma™ T40-20 SW特别设计的SW表面处理是一种革新性的解决方案，可满足现代涂料体系和应用的复杂需求。该表面处理适合所有需要良好平衡亲水亲油性的涂料体系。该颜料可用于许多户外和户内应用例如汽车涂料、塑胶涂料、一般工业、木器和皮革涂料、乳胶漆和美术色 | |
| Pyrisma® T40-23 SW Color Space Blue | Merck | Pyrisma™ T40-23 SW蓝是默克Color Space颜料的一种。基于最佳的云母片和特殊开发的TiO2涂层。Pyrisma™ T40-23 SW蓝在深蓝色域中开创了一种新的风格。Pyrisma™ T40-23 SW特别设计的SW表面处理是一种革新性的解决方案，可满足现代涂料体系和应用的复杂需求。该表面处理适合所有需要良好平衡亲水亲油性的涂料体系。Pyrisma™ T40-23 SW成为了涂料应用一个新的效果颜料基准。该颜料可用于许多户外和户内应用例如汽车涂料、塑胶涂料、一般工业、木器和皮革涂料...展开 Pyrisma™ T40-23 SW蓝是默克Color Space颜料的一种。基于最佳的云母片和特殊开发的TiO2涂层。Pyrisma™ T40-23 SW蓝在深蓝色域中开创了一种新的风格。Pyrisma™ T40-23 SW特别设计的SW表面处理是一种革新性的解决方案，可满足现代涂料体系和应用的复杂需求。该表面处理适合所有需要良好平衡亲水亲油性的涂料体系。Pyrisma™ T40-23 SW成为了涂料应用一个新的效果颜料基准。该颜料可用于许多户外和户内应用例如汽车涂料、塑胶涂料、一般工业、木器和皮革涂料、乳胶漆和美术色 收起 | |
| Pyrisma® T40-27 SW Color Space Indigo | Merck | Pyrisma™ T40-27 SW靛青是默克Color Space颜料的一种。基于最佳的云母片和特殊开发的TiO2涂层。Pyrisma™ T40-27 SW色域介于蓝和紫之间。该颜料具有独特的色调和高色彩饱和度。该颜料上市之前，市场上从未出现过类似物。Pyrisma™ T40-27 SW特别设计的SW表面处理是一种革新性的解决方案，可满足现代涂料体系和应用的复杂需求。该表面处理适合所有需要良好平衡亲水亲油性的涂料体系。该颜料可用于许多户外和户内应用例如汽车涂料、塑胶涂料、一般工业、木器和皮革涂料、乳胶漆 | |
| Pyrisma® T81-23 SW Liquid Blue | Merck | T81-23 SW液体蓝是一种革新性的干涉蓝色颜料，采用了新型微细云母片。精确控制生产过程，可生成具有杰出纯度和饱和度的颜料，至今其它云母片尚未达到与之类似的细度。由于它出色的颜色性能以及它的小粒径和窄粒径分布，T81-23 SW液体蓝可创造艳蓝色涂料具有丝滑纹路。T81-23 SW液体蓝采用了最新水平的SW表面处理技术确保了出色的耐候性，因而可满足现代涂料体系复杂的需求。该表面处理适合所有需要平衡亲水亲油性的涂料体系。T81-23 SW液体蓝定制用于原厂和修补汽车漆。也适用于其它高端液体漆。 | |
| Pyromellitic Acid (PMA) | Changshu Alliance Chemical Co., Ltd. | Pyromellitic Acid (PMA) is the main material for PMDA and can be used as an auxiliary in powder coatings. | |
| Pyromellitic Dianhydride (PMDA) | Changshu Alliance Chemical Co., Ltd. | Pyromellitic Dianhydride (PMDA) is a material for polyamides, polyimide films and resins, high temperature-resistant electrical insulating enamels and high temperature-resistant coatings. It is also utilized as the curing agent of epoxy resins, a stabiliz...展开 Pyromellitic Dianhydride (PMDA) is a material for polyamides, polyimide films and resins, high temperature-resistant electrical insulating enamels and high temperature-resistant coatings. It is also utilized as the curing agent of epoxy resins, a stabilizer of bakelite and an auxiliary agent of powder coatings. 收起 |
