16ZD model 18ZD model degassing machine
Model 16ZD, Model 18ZD, Ishikawa-type Mixing and Crushing Machine
Deaeration of the paste can be easily performed. You can leave the deaeration of heat sinks and other items to us. It is also possible to conduct tests while heating and deaerating.
【Features】 - Capable of processing under vacuum (reduced pressure) conditions, maintaining the characteristics of the Ishikawa-type stirring and grinding machine. - Processing volume of model 16ZD: 0.4L. Processing volume of model 18ZD: 1.0L. - Processing under vacuum (reduced pressure) conditions shortens drying and concentration processing times. - Model 16ZD is optimal for basic processing (grinding) with a single pestle. - Model 18ZD has two pestles and is ideal for processes requiring reduced processing time and greater force. 【Suitable Use Cases】 - Simultaneous concentration and drying processing while dispersing and kneading slurries, pastes, and colloids, allowing for fine grinding without solidifying the materials. - Achieves uniform dispersion and kneading processing during the concentration of slurries and pastes with added solvents, utilizing the stirring effect of the pestle and the grinding action of the pestle tip. - Utilizes the dehydration effect of vacuum to simultaneously crush and break down powder particles, making it possible to remove moisture from hydrates and dry them. Suitable for processing materials that are sensitive to humidity. - Concentration, drying, defoaming, and stirring and grinding processing (simultaneous stirring, grinding, kneading, dispersion, and mixing) can be performed in a vacuum/reduced pressure atmosphere or an inert gas replacement atmosphere such as argon or nitrogen, making it suitable for processing anaerobic (oxygen-sensitive) materials.
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**Features of the Ishikawa Type Grinding Machine** The following features are available: (1) Uniform and consistent mixing and grinding treatment within the bowl due to unique design (2) Simultaneous mixing and grinding processing is possible (3) High driving torque allows for processing of high-viscosity materials (4) Lower processing energy compared to ball mills, enabling "mild processing" **Basic Specifications of the Product** (1) Model 16ZD - Bowl inner diameter: 152mm - Bowl depth: 84mm - Processing volume: 0.4L - Device width: 510mm - Device depth: 540mm - Device height: 1320mm - Power supply: 100V 0.2kW (2) Model 18ZD - Bowl inner diameter: 203mm - Bowl depth: 114mm - Processing volume: 1.0L - Device width: 610mm - Device depth: 680mm - Device height: 1500mm - Power supply: 100V 0.2kW **Introduction to the Testing Laboratory** You can use the experimental machine for free to evaluate the functions and performance of the Ishikawa type mixing and grinding machine. Additionally, our staff, who are well-versed in mixing and grinding processing, will support your experiments according to your needs. Furthermore, we will propose the optimal selection of the Ishikawa type mixing and grinding machine and processing methods for your requirements. Please feel free to utilize this when considering your options.
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Applications/Examples of results
Processing of slurries, pastes, colloids, cakes, powder mixtures, grinding, stirring, dispersion, kneading, concentration, drying, and pulverization/powdering with this single unit. - Electronic component materials (granulation of ceramic particles) - Conductive inks, conductive adhesives (granulation of conductive particles and dispersion/kneading of adhesives) - IR transparent inks (dispersion/kneading) - Insulating materials, sealing materials (granulation of insulating materials and dispersion/kneading of sealing materials) - 3D printer materials (dispersion/kneading) - Synthesis processing of hydrogen storage materials - Pigments, glazes (granulation of pigments, etc.) - Metal (gold, silver, copper) pastes - Glass pastes - Carbon pastes - Secondary batteries - Lithium battery materials, electrode materials for all-solid-state batteries - Dispersion of carbon nanotubes - Gas sensors - Grinding wheels, abrasive grains, polishing agents - Brake shoes - Food (miso, sweet red bean paste, spices, sesame, etc.) - Pharmaceuticals ointments (dispersion/kneading) - Chemicals and cosmetics (granulation of metal nanoparticles and dispersion/kneading) - Chemical and fiber materials - Research and development equipment/devices (automatic mortar and pestle function) - Stirring, grinding, dispersion, and kneading processing in universities, research institutions, and quality control (automatic mortar and pestle)
Detailed information
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Vacuum Type (ZD Type) Rigid Type (Self-Standing) Models equipped with fixed vacuum covers for small ceramic pot machines No. 16 and No. 18. In combination with a vacuum pump, it can be used for gas replacement of anaerobic materials with inert gases such as argon and nitrogen, as well as for stirring, grinding treatment, and degassing of materials in a reduced pressure atmosphere. - The inside of the vacuum cover is coated with stainless steel to enhance corrosion resistance. *The vacuum pump is not included and is available as an option. Currently, we are developing a device that can operate in a vacuum environment with heating and cooling capabilities. This development machine can also be used in the introduction testing room.
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Our company is a specialized manufacturer of mixing and grinding machines. The feature of the Ishikawa-type mixing and grinding machine is that it can simultaneously perform "mixing," "grinding," "blending," and "kneading" in one device, allowing for synergistic effects. Mixing and grinding means performing crushing processes (milling, crushing, mechanical alloying, mechanochemical reactions) and mixing processes simultaneously. With a unique design, it achieves an ideal grinding trajectory, making it a unique machine capable of uniform mixing and grinding processing. 1. Mixing and Grinding (Basic Function) ★ Applications include dewatering of alloys and hydrates, artificial bones, artificial teeth, salt milling (nano-dispersion of organic pigments), chemicals, ceramic grinding, grinding wheels, metal pastes, CNT adhesives, ointments, soba noodle making, particle surface treatment, and more. New functions can be realized by adding the following additional features. 2. Temperature: ★ High-temperature kneading for semiconductor heat sinks and 3D printer resins. 3. Temperature & Vacuum: ★ Evaporator for slurries. ★ Substitute for spray dryers at laboratory levels. ★ Freeze-drying (not only freeze-drying functions but also rapid powdering). 4. Isolation and Sealing: ★ The tabletop model from Ishikawa Co., Ltd. features an acrylic cover that prevents dust dispersion during mixing and grinding.