| Surfadol® 331 Pigment Dispersing Agent | ACME | Surfadol 331用于水性系统。可降低动态表面张力，并可提高多种颜料和底材的湿润度。 | |
| Surfadol® 333 Pigment Dispersing Agent | ACME | Surfadol 333用于水性系统。可降低动态表面张力，并可提高多种颜料和底材的湿润度。 | |
| Surfadol® 333W Pigment Dispersing Agent | ACME | Surfadol® 333W is a 100% active nonionic wetting and dispersing agent for water based pigments. It can improves wetting, dispersing performance and stability for a variety of pigments. HLB value is 11-20. Silicone free, APEO free, solvent-free. | |
| Surfadol® 336 | ACME | Surfadol 336用于水性系统。可降低动态表面张力，并可提高多种颜料和底材的湿润度。 | |
| Surfadol® 338 | ACME | Surfadol 338用于水性系统。可降低动态表面张力，并可提高多种颜料和底材的湿润度。 | |
| Surfadol® 420 (2,4,7,9-Tetramethyl-5-decyne-4,7-diol ethoxylate) | ACME | 一种乙氧化润湿剂和分子消泡剂（100%活性液体；HLB：4）。性能类似于Surfadol 541，在水性涂料、油墨和胶粘剂体系中具有改善的操作性 | |
| Surfadol® 440 Surfactant | ACME | 一种乙氧化低起泡润湿剂（100%活性液体；HLB：8）。Surfadol 440表面活性剂可提供低泡沫动态和静态表面张力下降，具有改善的分散性，易添加用于水性涂料、油墨和胶粘剂体系 | |
| Surfadol® 465 Surfactant | ACME | 一种乙氧化低起泡润湿剂（100%活性液体；HLB：13）。Surfadol 465是一种乙氧化炔属二醇，可提供低起泡性，降低表面张力并提高在水性涂料、油墨和胶粘剂体系中的溶解性和相容性 | |
| Surfadol® 485 Surfactant | ACME | Surfadol 485是一种非离子型炔二醇改性表面活性剂。它专门设计用于水基系统，并能够有效降低表面张力。这款产品可以提高各种基材和颜料的润湿性，且非常适合研磨阶段使用。Surfadol 485不含硅，无溶剂，推荐用于打印油墨，柔版和凹版油墨，润版液，压敏粘合剂等。 | |
| Surfadol 485W Surfactant | ACME | Surfadol 485W Surfactant is a nonionic low-foam dynamic wetting agent. It is specifically for water-based systems and improves wetting of various substrates and pigments. | |
| Surfadol® 518 | ACME | Surfadol 518具有出色的控制泡沫性能。不会产生不相容问题。对所应用的产品性能无不良影响。 | |
| Surfadol® 520 | ACME | Surfadol 520是一种澄清黄色特体，用于涂料，粘合剂，乳胶浸渍，染料及颜料合成以及清洁产品 | |
| Surfadol® 532 | ACME | Surfadol 532是一种澄清黄色特体，用于涂料，粘合剂，乳胶浸渍，染料及颜料合成以及清洁产品 | |
| Surfadol® 532B | ACME | Surfadol 532B是一种非离子消泡剂（32%活性成分）。它可以有效的在水基油漆和涂料中打破气泡和微气泡。这款产品不含有机硅和APEO。 | |
| Surfadol® 541 (2,4,7,9-Tetramethyl-5-decyne-4,7-diol, TMDD) | ACME | 炔属二醇表面活性剂，具有多种优点，包括润湿和泡沫控制，适用于水性体系。100%活性固体 | |
| Surfadol® 541A Surfactant | ACME | 炔属二醇表面活性剂，具有多种优点，包括润湿和泡沫控制，适用于水性体系。50%活性液体，2-乙基己醇稀释 | |
| Surfadol® 541BC Surfactant | ACME | 炔属二醇表面活性剂，具有多种优点，包括润湿和泡沫控制，适用于水性体系。50%活性液体，2-丁氧基乙醇稀释 | |
| Surfadol® 541DPM Surfactant | ACME | 炔属二醇表面活性剂，具有多种优点，包括润湿和泡沫控制，适用于水性体系。50%活性液体，二丙二醇单甲醚稀释 | |
| Surfadol® 541E Surfactant | ACME | 炔属二醇表面活性剂，具有多种优点，包括润湿和泡沫控制，适用于水性体系。50%活性液体，乙二醇稀释 | |
| Surfadol® 541H Surfactant | ACME | 炔属二醇表面活性剂，具有多种优点，包括润湿和泡沫控制，适用于水性体系。75%活性液体，乙二醇稀释 | |
| Surfadol® 541PA Surfactant | ACME | 炔属二醇表面活性剂，具有多种优点，包括润湿和泡沫控制，适用于水性体系。50%活性液体，异丙醇稀释 | |
| Surfadol® 541PG Surfactant | ACME | 炔属二醇表面活性剂，具有多种优点，包括润湿和泡沫控制，适用于水性体系。50%活性液体，丙二醇稀释 | |
| Surfadol® 541S Surfactant | ACME | Surfadol® 541S is a free-flowing white powder amorphous silica with a menthol odor. It effectively reduces the surface tension, foam control, and promotes leveling to maintain stable viscosity. It is for non-water, non-solvent based coatings and other sys...展开 Surfadol® 541S is a free-flowing white powder amorphous silica with a menthol odor. It effectively reduces the surface tension, foam control, and promotes leveling to maintain stable viscosity. It is for non-water, non-solvent based coatings and other systems. Surfadol® 541S is without APEO and non-toxic. 收起 | |
| Surfadol® 550 | ACME | Surfadol 550是一种炔二醇表面活性剂。它可以有效地打破气泡和微泡，并提供卓越持久的泡沫控制，且对应用程序的性能无不良影响。它可以在水/乙醇系统以及以溶剂为基础的系统中使用。这款产品推荐用于涂料，粘合剂，乳胶浸渍，染料和合成颜料，以及清洁产品中。Surfadol 550的密度为0.925-0.935g/cm^3。 | |
| Surfadol® 550P | ACME | Surfadol 550P是一款50%活性物的非离子消泡剂。它在水基油漆和涂料中提供有效和持久的泡沫控制。这款产品不含有机硅和APEO。 | |
| Blending, Coating, Batching | Custom Processing Services, Inc. | CPS provides a complete range of Blending, Coating and Batching services using a range of dedicated equipment to suit batch size requirements, specifications, including a variety of packing options. Conditioning can be defined as treatment of a surface th...展开 CPS provides a complete range of Blending, Coating and Batching services using a range of dedicated equipment to suit batch size requirements, specifications, including a variety of packing options. Conditioning can be defined as treatment of a surface that increases its critical surface energy for adhesion. The surface energy of a coating, namely a primer or a silane, must overcome the surface energy of the substrate surface. 收起 | |
| CGS 150 Fluidised Bed Jet Mill | Custom Processing Services, Inc. | The CONDUX CGS Fluidised Bed Jet Mill makes it possible to achieve finenesses ranging from d97 2 µm to d97 70 µm. The adjustment of the desired fineness is carried out by a dynamic air classifier integrated into the housing. In comparison to a mechanicall...展开 The CONDUX CGS Fluidised Bed Jet Mill makes it possible to achieve finenesses ranging from d97 2 µm to d97 70 µm. The adjustment of the desired fineness is carried out by a dynamic air classifier integrated into the housing. In comparison to a mechanically operating classifier mill, the milling energy of the CGS is created by a high velocity gas stream. 收起 | |
| Coarse Sizing | Custom Processing Services, Inc. | Custom Processing Services can reduce particle size of materials in a number of ways using our Coal Pulverizing Service, Minerals Pulverizing, Cement Grinding Service. Depending on the original raw feed size and the desired product size, CPS production ma...展开 Custom Processing Services can reduce particle size of materials in a number of ways using our Coal Pulverizing Service, Minerals Pulverizing, Cement Grinding Service. Depending on the original raw feed size and the desired product size, CPS production managers configure a methodology that creates the desired outcomes. Often, drastic size reduction is done in phases or steps. 收起 | |
| Drying, High-Volume Blending | Custom Processing Services, Inc. | CPS offers several blending and drying options. The small blender is ideal for research and development quantities, while the large 200 cubic foot ribbon blender can blend up to 10 ton batches. There is also a choice between flash drying and rotary drying...展开 CPS offers several blending and drying options. The small blender is ideal for research and development quantities, while the large 200 cubic foot ribbon blender can blend up to 10 ton batches. There is also a choice between flash drying and rotary drying, depending on the customer's needs. 收起 | |
| Media Milling | Custom Processing Services, Inc. | CPS offers a wide range of Media Mills from Laboratory to full Production scale. Uniform particle size distribution in the micron & submicron (or nanometer) size range. These milss are charged with small spheres or beads, activated by a high-speed agitato...展开 CPS offers a wide range of Media Mills from Laboratory to full Production scale. Uniform particle size distribution in the micron & submicron (or nanometer) size range. These milss are charged with small spheres or beads, activated by a high-speed agitator shaft to create mechanical hydraulic shearing. The forces tear apart the solids suspended in a liquid as they are pumped through the grinding chamber. 收起 | |
| Micronizing Mill Services | Custom Processing Services, Inc. | CPS's micronizing mill services grind to 2µ top size. They use economical, high capacity fluid bed micronizers from NETZSCH, Inc., a global leader in powder processing machinery design and manufacturing. The mills are resistant to abrasion and have stainl...展开 CPS's micronizing mill services grind to 2µ top size. They use economical, high capacity fluid bed micronizers from NETZSCH, Inc., a global leader in powder processing machinery design and manufacturing. The mills are resistant to abrasion and have stainless contact. 收起 | |
| Nano Sizing Via Wet Or Dry Grinding | Custom Processing Services, Inc. | Nano-sized particles are desirable in many industries, from active pharmaceuticals and pigments to technical ceramics and electronics and are used to improve reactivity, provide increased surface area and reduce material consumption. Traditionally, produc...展开 Nano-sized particles are desirable in many industries, from active pharmaceuticals and pigments to technical ceramics and electronics and are used to improve reactivity, provide increased surface area and reduce material consumption. Traditionally, producing sub-micron sized particles has only been possible through wet media milling, but recent developments in particle reduction technology have enabled the production of nanoparticles through a dry-grinding method using steam. 收起 |
