| AQUACER® 513 | BYK 毕克 | 非离子水性乳液，基于一种氧化聚乙烯蜡(HDPE)，提高水性油漆体系的表面性能，适用于印刷油墨。 | |
| AQUACER® 531 | BYK 毕克 | 基于合成蜡和天然蜡混合物的非离子水性乳液，用于提高水性工业漆和印刷油墨的表面特性。 | |
| AQUACER® 533 | BYK 毕克 | 结合了蜡的阴离子水性乳液，用于提高水性体系的表面性能。 | |
| AQUACER® 537 | BYK 毕克 | 结合了蜡的阴离子水性乳液，用于提高水性漆体系的性能。 | |
| AQUACER® 539 | BYK 毕克 | 基于改性石蜡的非离子水性乳液，用于改善水性涂料的表面性能。 | |
| AQUACER® 552 | BYK 毕克 | 聚乙烯蜡(HDPE)的非离子水性乳液，提高水性漆的表面性能，适用于印刷油墨。 | |
| AQUAMAT® 263 | BYK 毕克 | 水性家具、清漆、工业涂料和印刷油墨表面保护用具消光性的水性蜡分散体。 可改善下列表面性能: 抗划伤性、 抗粘、 清漆中防止鞋跟划痕、 柔软效果。 | |
| BYK®-300 | BYK 毕克 | 硅树脂添加剂，提高溶剂型涂料的表面性能。降低表面张力；提供较好的基材润湿性，表面滑爽度好，抗粘连性、流平性和光泽度较好。防止贝纳单体的形成。 | |
| BYK®-306 | BYK 毕克 | 高效硅树脂表面添加剂，对困难基材表面有良好的润湿性，由于降低了涂料的表面张力，因此具有良好的抗缩孔性能。提高了表面滑爽度、抗刮擦性及抗粘连性。 | |
| BYK®-333 | BYK 毕克 | 硅树脂表面添加剂，具有对困难基材的良好润湿性，降低涂料的表面张力，因而具有良好的抗缩孔性。防止贝纳单体的形成。用于溶剂型、无溶剂型和水性涂料体系。 | |
| BYK®-370 | BYK 毕克 | 适用于溶剂型和无溶剂型体系的反应性有机硅表面助剂，通过自身的伯羟基官能团与基料反应从而固定在涂料表面，适用于双组分聚氨酯体系，也能与一定的基料体系发生交联反应。 | |
| CeraSPERSE UV 636 (Carnauba Wax in UV Monomer) | Shamrock Technologies, Inc. 三叶科技 | CeraSPERSE UV 636 is carnauba wax dispersed in the UV monomer TRPGDA. | |
| CeraSPERSE UV 691 (Carnauba Wax in UV Monomer) | Shamrock Technologies, Inc. 三叶科技 | 以二缩三丙二醇二丙烯酸酯为溶剂的25%氧化聚乙烯蜡分散体。在滑爽、耐磨损的同时保持光泽度和透明度。 | |
| FluoroSLIP® 225 (PTFE / Synthetic Wax Blend) | Shamrock Technologies, Inc. 三叶科技 | FluoroSLIP® 225 is a PTFE and low molecular weight synthetic wax blend. | |
| FluoroSLIP® 511 (PTFE / Synthetic Wax Blend) | Shamrock Technologies, Inc. 三叶科技 | 一种经过研磨的高分子聚乙烯和聚四氟乙烯混合物，是一种出色的耐磨损和滑爽配方，适用于罐头行业、木材及卷材涂料。 | |
| FluoroSLIP® 533 (PTFE / Synthetic Wax Blend) | Shamrock Technologies, Inc. 三叶科技 | FluoroSLIP® 533 is a PTFE and hydrophilic synthetic wax blend where the synthetic wax shows a uniform melting range peaking at 97°C. | |
| FluoroSLIP® 605 (PTFE / Synthetic Wax Blend) | Shamrock Technologies, Inc. 三叶科技 | 一种高分子聚乙烯聚四氟乙烯混合物。FluoroSLIP 605具有超强的耐磨性和抗揉搓性，不打滑。 | |
| FluoroSLIP® 731MG (PTFE / Synthetic Wax Blend) | Shamrock Technologies, Inc. 三叶科技 | 一种超细颗粒的高熔点蜡合金粉末和聚四氟乙烯混合物。具有提高滑爽度、硬度和防粘连的特性，且抗磨损、抗揉搓。 | |
| Hydrocer 145 (Amide Wax Dispersion) | Shamrock Technologies, Inc. 三叶科技 | 50%合成蜡水性分散体。用于织物、纸张、油墨和金属容器。 | |
| Hydrocer 257 (Synthetic Wax Dispersion) | Shamrock Technologies, Inc. 三叶科技 | Hydrocer 257 is synthetic wax in a non-ionic aqueous dispersion recommened for water based coating systems. | |
| Hydrocer 357 (Spherical Synthetic Wax Dispersion) | Shamrock Technologies, Inc. 三叶科技 | 50%水性高分子聚乙烯蜡分散体。具有滑度控制和耐磨损的特性，对光泽度有中等程度的影响，是一种非离子型表面活性剂，具备可分散性/相容性，在不使用主体树脂的情况下具有出色的储存稳定性。 | |
| Hydrocer™ 7112 (Synthetic Wax Dispersion) | Shamrock Technologies, Inc. 三叶科技 | Hydrocer™ 7112 is a stable, aqueous synthetic wax dispersion. It is recommend for water-based ink and coating systems. | |
| Hydrocer 7206 (Synthetic Wax Dispersion) | Shamrock Technologies, Inc. 三叶科技 | Hydrocer 7206 is a stable, non-ionic aqueous synthetic wax dispersion. It is recommend for water-based ink and coating systems. | |
| S-363 (Synthetic Wax Alloy) | Shamrock Technologies, Inc. 三叶科技 | 一种微粉化聚丙烯混合物。是一种去光剂，具有出色的抗磨损、抗划痕和抗指甲刮擦的特性。用于木材、卷材、和工业保养涂料。 | |
| S-390-C (Spherical Synthetic Wax) | Shamrock Technologies, Inc. 三叶科技 | S-390-C is a spherical synthetic wax with a DSC peak melt above 100°C and corresponding low onset of melting. S-390-C is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder. | |
| S-394-N5 (Synthetic Wax) | Shamrock Technologies, Inc. 三叶科技 | 一种熔程窄，低溶解性的聚乙烯蜡粉末。用于提高耐划痕性、再涂性、硬度和抗粘连性。用于罐头、卷材、粉末、木器、工业和UV涂料。 | |
| S-394-SD4 (Spherical Synthetic Wax) | Shamrock Technologies, Inc. 三叶科技 | S-394-SD4 is a spherical synthetic wax with a DSC melt peak above 110°C and good onset of melting. S-394-SD4 is recommended for use in many types of coating systems including solvent-based, water-based, UV, and powder coatings. | |
| S-395-N5 (Synthetic Wax) | Shamrock Technologies, Inc. 三叶科技 | 晶态聚乙烯，高熔点、出色的不溶性。用于罐头、卷材、粉末、木材、UV和工业涂料。 | |
| S-395-SP5 (Synthetic Wax) | Shamrock Technologies, Inc. 三叶科技 | 晶态聚乙烯，高熔点、出色的不溶性。能够提高硬度，改善再涂性、耐磨性和抗粘连性。用于卷材、粉末、木材和工业涂料。 | |
| S-413 (Synthetic Wax) | Shamrock Technologies, Inc. 三叶科技 | S-413 is a synthetic wax showing multiple melting peaks ranging from 107 – 142°C. S-413 is recommended for powder coatings, wood coatings, water-based, solvent-based and UV systems | |
| SST®-2 (PTFE Micropowder) | Shamrock Technologies, Inc. 三叶科技 | SST®-2 is a low MW PTFE micropowder (white) with particle size distribution at a mean value of 8.0 µm. SST®-2 is recommended for use in powder, water-based, solvent-based and UV coatings. | |
| SST®-3 (PTFE Micropowder) | Shamrock Technologies, Inc. 三叶科技 | 一种微粉化聚四氟乙烯粉末。SST粉末不溶于水、耐热、易于混合且效率高。具有突出的滑爽度和耐磨性。用于罐头、卷材、工业保养和UV涂料。 | |
| SST®-3D (PTFE Micropowder) | Shamrock Technologies, Inc. 三叶科技 | SST®-3D is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-3D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-3D is recommeneded for use in powder, water-based, solvent-based ...展开 SST®-3D is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-3D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-3D is recommeneded for use in powder, water-based, solvent-based and UV coatings. 收起 | |
| SST®-4 (PTFE Micropowder) | Shamrock Technologies, Inc. 三叶科技 | 一种高性能聚四氟乙烯，其颗粒尺寸分布控制严格，从而易于分散。材料不溶于水、耐热、高效。能够提供最佳的滑爽度和耐磨性。用于罐头、卷材、工业保养和UV涂料。 | |
| SST®-5 (PTFE Micropowder) | Shamrock Technologies, Inc. 三叶科技 | 一种超细的纯聚四氟乙烯粉末，具有出色的可分散性；不可溶、耐热、易混合且效率高。SST-5具有出色的滑爽性和耐磨性。用于罐头、卷材、木材、工业和UV涂料。 | |
| SST®-5D (PTFE Micropowder) | Shamrock Technologies, Inc. 三叶科技 | SST®-5D is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-5D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-5D is recommended in all water-based, solvent-based, powder, and ...展开 SST®-5D is a low MW PTFE powder (white) with a particle size mean value of 5.0 µm. SST®-5D has a tightly controlled particle size distribution, resulting in fewer oversized particles. SST®-5D is recommended in all water-based, solvent-based, powder, and UV coating systems. 收起 |
