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The material that is said to significantly expand in market size in the future is CNF. With Joko's ultra-high-pressure homogenizer, it is possible to directly generate CNF using only "pulp" and "water." It can also be applied to materials like "bamboo." The ultra-high pressure exerted by the triple-piston plunger dramatically changes the material properties. Of course, it is also compatible with high-viscosity CNF.

Delivery to Tokai University. "CNTs, which have a large surface area and high electrical conductivity, are expected to be applied as supports. In our laboratory, we achieve high performance of Pt catalysts and high output of fuel cells by performing a pretreatment that uniformly disperses CNTs in water using an ultra-high-pressure homogenizer."

Delivery to Chitose Institute of Science and Technology. (Photo provided by Chitose Institute of Science and Technology)

The utilization of the new material "graphene," which is strong and excels in conductivity and thermal dissipation, is gaining attention. However, there are still challenges regarding the production costs and mass production of single-phase graphene, making it difficult to widely deploy it as a material for manufacturing. In this context, research is being conducted to apply mechanical shear forces to inexpensive graphite bulk, efficiently peeling off layers to produce graphene. The Italian national research institute IIT (Istituto Italiano di Tecnologia) has focused on this manufacturing method early on and has adopted our ultra-high-pressure homogenizer (NAGS100) in the mechanical exfoliation process. Currently, multilayer graphene is being stably produced from graphite bulk and is being applied in various applications. In the future, mass production is being advanced, and inexpensive, high-quality graphene ink is expected to be sold worldwide.

It can also be applied to the micronization of new compounds from pharmaceutical companies. From research models to mass production machines, by performing "processing condition output," it becomes possible to achieve highly reproducible results.

The performance of powder processing equipment (dispersion, emulsification, grinding) cannot be expressed in catalogs. The reason is that the processing methods change depending on the materials used and the intended purpose. So, what indicators should be used for selection? The best approach is to look at actual processing examples. Zinc oxide is used in various applications such as pigments, pharmaceuticals, and cosmetics. In recent years, its properties as a semiconductor have attracted attention, and its application in transparent conductive film materials is anticipated. To enhance transparency, finer particles are required. 【Content of Powder Processing Data Materials】 - Comparison photos before and after processing - Particle size distribution data *Please download and view the data materials of processing examples from the link below.

The performance of powder processing equipment (dispersion, emulsification, grinding) cannot be expressed in the catalog. The reason is that the processing method changes depending on the materials used and the purpose. So, what indicators should be used for selection? The best way is to look at actual processing examples. Tricalcium phosphate is actively used as a material for artificial bones and teeth, so it is necessary to create a material with high strength. An ultra-high-pressure homogenizer from Soko is effective for making particles finer. [Contents of Powder Processing Data Materials] - Comparison photos before and after processing - Particle size distribution data *Please download and view the data materials for processing examples from the link below.

The performance of equipment for powder processing (dispersion, emulsification, grinding) cannot be expressed in the catalog. The reason is that the processing method changes depending on the materials used and the intended purpose. So, what indicators should be used for selection? The best way is to look at actual processing examples. Carbon nanotubes are materials made of carbon graphene sheets arranged in single or multi-layer coaxial tubes, possessing strength several times that of steel, excellent heat and chemical resistance, and high electrical and thermal conductivity, making them a dream material. However, their poor dispersibility poses challenges when applied to various uses. In contrast, the ultra-high pressure homogenizer from Joko can efficiently disperse carbon nanotubes in a short time without damaging them. For more details, please download the catalog or contact us.

The performance of equipment for powder processing (dispersion, emulsification, grinding) cannot be expressed in the catalog. The reason is that the processing methods change depending on the materials used and the intended purpose. So, what indicators should be used for selection? The best way is to look at actual processing examples. In our company, we create internal case studies to explain the technology of our equipment in an easy-to-understand manner for our customers. ● For more details, please download the catalog or contact us.

The performance of powder processing equipment (dispersion, emulsification, grinding) cannot be expressed in the catalog. The reason is that the processing method changes depending on the materials used and the intended purpose. So, what indicators should be used for selection? The best way is to look at actual processing examples. Alumina has a variety of properties, including chemical stability, high melting point, high mechanical strength, high hardness, and high electrical insulation resistance. Therefore, it is used in a wide range of fields, such as ceramic materials for pottery, mechanical parts, electronic components, and grinding and polishing materials. ● For more details, please download the catalog or contact us.

The performance of powder processing equipment (dispersion, emulsification, grinding) cannot be expressed in the catalog. The reason is that the processing method changes depending on the materials used and the intended purpose. So, what indicators should be used for selection? The best way is to look at actual processing examples. In dispersion, for materials used in electronic components, a type of ceramic is required for miniaturization in small multilayer ceramic capacitors, where finer and more uniform particles are sought. ● For more details, please download the catalog or contact us.

This document is a collection of case studies on processing conducted by Joko Co., Ltd. "Disaggregation" is a treatment that loosens and micro-sizes aggregates of primary particles. For example, according to manufacturer data, materials with a primary particle size of 30 nm are aggregated to a state of 5 μm, which is then loosened and micro-sized. The characteristic front collision force of the Joko nozzle powerfully micro-sizes the material. Additionally, "crushing" is a treatment that literally crushes primary particles to achieve micro-sizing. This process demonstrates the greatest advantage of media-free processing, which is minimal material damage. [Published Cases] ■ Zinc oxide "Disaggregation" ■ Barium titanate "Disaggregation" ■ Nickel hydroxide "Crushing" ■ Titanium diboride "Crushing" *For more details, please refer to the PDF document or feel free to contact us.