Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
196～210 item / All 278 items
Made from 100% natural jute, it can be returned to the soil.
Suitable for a wide range of applications such as root wrapping for greening trees, trunk wrapping, protection, snow fencing, and interior use.
Realizing the ideal product you envision... is Daisei Fine Chemical, a chemical creator.
The Dispersion and Coating Division (Narita Plant) began operations in 1983 in Narita City, Chiba Prefecture, as a base for the design, development, and manufacturing of paints, inks, and coating materials. Within the group, we possess manufacturing technologies represented by acrylic resins and provide dispersion and processing intermediates that meet customer demands in various fields. We accommodate everything from prototype levels in the research stage to small-scale production, and we receive many requests for special processed products for the electronics sector. Additionally, we manufacture lacquer spray concentrates and inks and paints by processing nitrocellulose (nitrated cotton), which is a self-reactive substance classified as a hazardous material of Class 5, and by handling raw materials. Please leave everything from small-scale prototyping to actual manufacturing to us, with our consistent quick response from the research stage to production. If you have any issues with dispersion processing, handling hazardous materials, or contract manufacturing, please consult us. Our technical specialists will assist you with joint prototype development and quality control. For more details, please contact us or download our catalog.
Always developing raw materials with the final product in mind! Introducing examples of contract processing prototypes!
The "Contract Processing Case Studies" introduces some of the contract processing we have conducted so far. We are committed to raw material development with a constant focus on the final product, from proposing the optimal materials. We have clearly presented a wealth of development examples categorized by material, including colorants, inks, and dispersions.
Non-chemical design! Achieving high UV cut effectiveness and transparency during formulation with precise particle size control.
The "Sunscreen Dispersion Series" is a dispersion of microparticle titanium dioxide and microparticle zinc oxide for UV care cosmetics. Starting with sunscreen agents (sunscreens), it provides UV cut functionality to cosmetics such as UV primers, medicated emulsions, and BB creams. In the "Silicone Dispersion Series," we offer a dispersion of titanium dioxide and zinc oxide using dimethicone. Additionally, in the "Non-Silicone Dispersion Series," we also have dispersions using n-dodecane (hydrocarbon oil) as a solvent, considering environmental impact. 【Features】 ■ Dispersed to a particle size suitable for UV scattering, enhancing "UV cut functionality" ■ Prevents scattering of visible light through microparticle dispersion, achieving "high transparency" ■ Achieves "long-term storage stability" through the design of suitable dispersions ■ Capable of achieving the highest level of UV cut effect even with "non-chemical formulations" *We also accept requests for free samples, so please feel free to contact us.
Compact and lightweight desktop! An inkjet testing machine capable of high-precision and high-definition printing with various inks.
The SR-TIJ-001 is a compact, high-precision inkjet testing machine suitable for initial studies of inkjet methods and various inkjet inks. It allows for high-resolution and high-precision printing studies at a maximum of 2400 dpi. The unit exchange system makes it easy to replace ink and heads. 【Features】 - High-precision and high-resolution printing with various inks - Examination of various applications - Easy ink replacement due to the unit exchange system - Easy head replacement - Recycling of inkjet units is possible - Reduces the risk of nozzle clogging and accommodates a wide range of ink types *For more details, please refer to the PDF document or feel free to contact us.
New possibilities with inkjet technology × functional ink technology. [Full support from testing to mass production]
Our company responds to the high-precision coating needs in the printed electronics and medical markets with inkjet technology cultivated at Viscotecs. 【VISCOTECS Features】 We meet a wide range of customer needs by integrating the following unique technologies: ■ Pre- and post-treatment technology ■ Process development ■ Mass production support ■ Mass production equipment ■ Software technology ■ Ink technology 【Capabilities】 ■ Non-contact precision printing ■ Thin film/thick film coating ■ Printing at targeted positions ■ Formation of fine three-dimensional shapes *For details, please refer to the materials or specifications. ▼Application Examples▼ - Icon printing in the recesses of textured glass - Gradient expression through inkjet thin film printing (the color of reflected light changes due to differences in film thickness) - Inkjet filling of RGB ink for liquid crystal color filters - Micro-lens formation *For more information, please refer to the PDF materials or feel free to contact us.
Contributes to the low-cost manufacturing of electronic devices through the inkjet printable process!
At Hitachi High-Tech, we handle "Roll to Roll Inkjet." We provide high-precision coating with high impact accuracy and small droplet ejection. In addition to sheet-fed systems, we also support Roll to Roll, improving productivity. Furthermore, our multi-head technology offers uniform thin film coating over wide areas. 【Features】 ■ Increased productivity ■ High-precision coating ■ Fine coating ■ Thin film coating ■ Contributes to low-cost manufacturing of electronic devices *For more details, please refer to the PDF document or feel free to contact us.
Ink circulation and transport pump that stabilizes inkjet ink ejection. Achieves closed-loop control that monitors the pressure of ink inflow and outflow.
Ink circulation and transport pump that stabilizes ink ejection in inkjet printing. While monitoring the pressure of ink inflow to the head and ink discharge from the head, it achieves: meniscus control, ejection pressure control, reduction of ink volume gradient between nozzles, optimization of reservoir liquid level, purging, and internal head cleaning, all through closed-loop control. It is also effective for removing air bubbles in the ink and controlling ink temperature.
Exhibiting at the Converting Technology Comprehensive Exhibition 2019: Inkjet high-precision experimental equipment for coating film formation compatible with various companies' inkjet heads!
An inkjet coating experimental machine with high-precision mechanical specifications that corresponds to various companies' inkjet heads, designed to meet customer (user) requests. Compatible heads: Dimatix, Ricoh, Konica Minolta, Kyocera, Panasonic, Xaar, etc. Multiple head installation ⇒ Optional. Features: 1. Solvent-resistant head specifications ⇒ Compatible with NMP, MEK, etc. 2. Large droplet discharge heads available 3. Large coating area (reciprocal printing, multiple heads installed) 4. Circulation system for heads - circulation pump can be installed 5. Simple ink splash observation device included 6. Computer-based printing control software included 7. Color printing capability *We will be exhibiting at the Converting Technology Comprehensive Exhibition 2019! ■ Date: January 30, 2019 (Wednesday) to February 1, 2019 (Friday) 10:00 AM to 5:00 PM ■ Venue: Tokyo Big Sight (Tokyo International Exhibition Center) ■ Booth Number: East Hall 2, 2R-01
A4 size coating machine using a pulse motor for XYZ axis control. Control resolution of 1.25μm / mechanical accuracy of 15μm or less (supports 600dpi).
BASIC model with one head installed specification 1. Types of heads used: Dimatix ⇒ SG, PQ, QS, QE, SE Ricoh ⇒ MH5420, 5421, 5441, 2420, 2620, etc. Konica Minolta ⇒ KM512, KM1024i, KM1800i Kyocera KJ4A・B (AA, QA, YH, etc.) can be selected 2. Effective coating area: 190 x 270 mm, bidirectional coating 3. Straightness accuracy: within 15 µm in the effective coating area 4. Positioning accuracy: within 15 µm in the effective coating area 5. XYZ axis control resolution: 1.25 µm, pulse motor control specification 6. Encoder synchronized printing 7. Alignment correction is manual 8. Equipped with head negative pressure control 9. Heating function depends on head function 10. Head equipped with simple ink discharge, flushing, and capping functions 11. 3-axis stage control possible from a computer 12. Printing control computer included 13. Printing control software and BMP data drawing software included 14. Drive waveform tool included 15. Multi-drop compatible
We offer contract processing services for the core technology of manufacturing thin ceramic substrates, known as "green sheet coating and molding."
Information on Contracted Services Our company, a "ceramics substrate specialized manufacturer" with an in-house integrated processing process from material mixing, sheet coating, firing, to circuit printing, offers contracted processing services utilizing our long-developed foundational technologies for thin ceramic substrate manufacturing, namely "green sheet coating and molding technology" and "high-temperature stable sintering technology." We look forward to your inquiries.
The green sheet is soft and sheet-like before sintering, making processes such as slitting and mold processing relatively easy.
Mold Press Processing of Green Sheets Our ceramic substrate manufacturing involves firing green sheets made from blended raw materials that have been coated onto sheets. These green sheets are soft and in sheet form before sintering, making processes such as slitting and mold processing relatively easy. By applying press processing using high-precision molds for these sheet processes, we can accommodate processing specifications such as "non-standard shapes," "through holes," and "split slits" for the ceramic substrates after sintering.
Evaluation board for motor drive equipped with IM818-MCC IPM.
Infineon Technologies' "EVAL-M1-IM818-A" has been developed to assist customers in developing applications using the CIPOS Maxi IPM from the very first stage. In combination with control boards featuring a 20-pin M1 interface connector, such as "EVAL-M1-101T" and "EVAL-M1-099M," it reproduces the motor drive operation of the "CIPOS Maxi IPM." 【Features】 ■ Three-phase motor drive power stage using a 1200V IPM ■ Nominal voltage value AC 380V ■ Maximum output of 2.6kW with cooling function ■ Onboard EMI filter ■ Overcurrent protection *For more details, please refer to the PDF documentation or feel free to contact us.
Equipped with the Renesas Electronics CPU RZ/A2M (R7S921053VCBG)!
This product is the "RZ/A2M Evaluation Board" equipped with MIPI camera input, LVDS display output, USB, and Ethernet. It allows for the evaluation of the RZ/A2M for various applications, including image processing. 【CPU】 ■ RZ/A2M R7S921053VCBG ■ Cortex-A9 528MHz ■ Built-in RAM 4MB ■ DRP 6 tiles *For more details, please download the PDF or feel free to contact us.
Evaluation is possible for various applications, including image processing/analysis!
The "RZ/A2M Eva-Lite" is a dual evaluation board equipped with the Renesas Electronics microcontroller (RZ/A2M). It allows for the evaluation of the RZ/A2M for various applications, including image processing and analysis. It can supply and control external devices such as serial servos connected with an input voltage (DC 10-50V). 【Features】 ■ Equipped with Renesas Electronics microcontroller (RZ/A2M) ■ Capable of evaluation for various applications, including image processing and analysis ■ Can supply and control external devices such as serial servos with an input voltage (DC 10-50V) *Standard version supports 10-30V input, while the high-voltage version supports 20-50V input *For more details, please refer to the PDF document or feel free to contact us.
