Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 18, 2026～Apr 14, 2026
This ranking is based on the number of page views on our site.
481～510 item / All 1058 items
It is ideal for dip coating that requires precise parallelism (surface accuracy).
This is a new type of dip coater that holds the jig with a magnet and performs dip coating. The parallelism between the base and the jig holding base is 1/100. It is ideal for dip coating that requires precise parallelism (surface accuracy).
Supports 2-inch wafer compatibility and precise photolithography processes.
This device is a dip coater that automatically performs the DIP/drying process for the purpose of thin film dip coating of multiple 2-inch wafers, metal plates, glass, etc., simultaneously with photoresist solution. It is a dip coater that applies the dip coating technology owned by SDI. It has a stroke of 290mm and is compatible with 2-inch wafers. It enables uniform resist film formation and supports the photolithography process for microfabrication. It is an ideal model for small-scale research and prototyping processes.
No compromise even for big things. Large application, perfect finish.
Enabling large-size applications. Providing perfect coatings for large objects. Coating large objects is essential in the manufacturing and construction industries. Our equipment coats large-size objects across a wide range of fields, including automobiles, construction materials, and heavy machinery. Even for large-size projects, we deliver high-quality and uniform finishes, ensuring durability and beauty. Coating large objects has become more efficient and easier than ever, minimizing project time and costs. We are confident in our reliability and contribute to improving product quality. We provide uniform coatings for large parts and products, enhancing competitiveness. Transforming large sizes, large-size products, and the future of large sizes. Coating large-size application objects and exploring new possibilities.
Perfectly coating the cylindrical surface. We deliver a new dimension of dip coating experience.
Our product revolutionizes tubular coatings. It achieves what was previously deemed impossible in application, providing a uniform coating on surfaces. Notably, it comes equipped with a circulation system and filtration mechanism for the coating liquid. This allows for efficient use of the coating liquid, reducing material waste. As a result, it leads to cost savings and consideration for the environment. Furthermore, it enhances quality and uniformity, increasing reliability in the final product. Our product is suitable for a wide range of industries and dramatically improves the coating process. It is utilized in various fields, including automotive, manufacturing, construction materials, and jewelry production. Reliability, efficiency, environmental consideration, and quality improvement are the reasons our product is chosen. Let's take a step into a new dimension of dip coating.
In addition to linear mode, new rotational axis control has been added. The speed range is also industry No. 1. Speed variability is from 1 μm/sec to 200 mm/sec.
- Equipped with an automatic rotating mechanism that adds a rotating axis to the conventional linear dip coater. - This dip coater is ideal for coating objects with complex shapes such as hemispherical or curved surfaces. - By using the rotating axis in conjunction with the lifting axis during immersion and withdrawal, it is possible to change the angle for coating. - The conventional linear mode that is already equipped can also be switched with a single touch. *Rental equipment is also available. Please feel free to consult us.
Space-saving, high-precision tabletop dip coater ideal for small samples.
CE-marked dip coater. The compact tabletop dip coater for small sizes features precise control with a stroke of 300mm and a minimum speed of 0.1mm/sec. It is designed for small substrates and experimental samples, characterized by a space-saving design that is easy to introduce into laboratories and development sites. While the operation is simple, it achieves uniform and highly reproducible coatings, making it suitable for a wide range of applications including thin film formation and material evaluation.
Water-repellent and oil-repellent coating that prevents fingerprints and dirt. It repels fingerprints and stains, making it easy to wipe clean.
■Overview It repels fingerprints and smudges, making it easy to wipe clean.
Patented new technology! Improving the operational efficiency of printing machines!
A-SPEC coating is a new technology that forms a thin film of special coating on the surface of the resin plate, preventing the accumulation of excess ink! Three major benefits of A-SPEC coating: 【Improved Printing Machine Operating Rate】 The startup time of the printing machine is reduced, and the loss from cleaning the plate during printing is minimized, allowing for continuous operation. The downtime of the printing machine is shortened, which improves the operating rate and increases productivity. It also reduces unnecessary losses of printed materials. 【Printing Quality】 Ink clogging in recessed areas such as fine text, small characters, and halftone dots is dramatically reduced. Since ink accumulation on the plate is prevented, stable printing quality is maintained for a long time right after the printing starts. 【Improved Plate Cleanability】 Ink residue on the plate surface is prevented, significantly reducing the cleaning work after printing. Additionally, the amount of cleaning solvent used can be reduced, contributing to environmental measures. ★ For detailed examples, please refer to the catalog.
Improved durability of the coating! Extra ink is easier to repel, increasing work efficiency.
Our company has developed a technology called 'A-SPEC Coating' that forms a thin film special coating on the surface of resin plates to prevent the accumulation of excess ink. This results in faster startup times for printing machines and shorter downtime, leading to improved operational efficiency and increased productivity. Additionally, it reduces losses from ink clogging and debris attachment during printing, minimizing the need for plate cleaning. By preventing ink accumulation on the plates, stable printing quality is maintained. 【Features】 ■ Improved operational efficiency of printing machines - Faster startup times for printing machines - Reduced losses from ink clogging and debris attachment during printing - Shorter downtime for printing machines, leading to improved operational efficiency and increased productivity *For more details, please refer to the PDF document or feel free to contact us.
Easy to apply! Makes glass harder to break and prevents intrusions.
Security film that makes glass harder to break. It significantly extends the time it takes to break in. Easy to apply!
Adopting an easy-to-use interface that supports Japanese. It has become possible to achieve higher resolution, greater efficiency, and lower-cost plate making.
The "LDI-CTS Series" is a laser drawing exposure plate-making machine that achieves screen printing without film through direct laser exposure. It enables higher resolution, greater efficiency, and lower-cost plate-making. Additionally, it integrates and incorporates worldwide new technologies, providing low-cost solutions through the manufacturing expertise of GIS Corporation (China). The standard output resolution is 2540 dpi, but a more affordable type specialized for 1270 dpi is also available (custom order). 【Features】 ■ Cost reduction without film ■ Freedom from output and maintenance tasks of film setters and plotters ■ Elimination of consumable costs, including chemical management ■ No light wraparound caused by film ■ More accurate reproduction of fine lines and halftone dots *For more details, please refer to the PDF materials or feel free to contact us.
We propose a coating process that adapts to various environments using a special resin polyurea that excels in thermal insulation and waterproofing.
The "IMARI Coating" is a painting method that primarily uses a special resin called polyurea, which has excellent properties such as impact resistance, abrasion resistance, weather resistance, chemical resistance, waterproofing, and rust prevention. It can be applied over various materials, including metals, plastics, fiber-reinforced plastics (FRP), concrete, and wood. Polyurea is synthesized by mixing two components: isocyanate and polyamine. 【Features】 ■ Covers impacts with its inherent elasticity ■ Prevents scratches from friction ■ Usable with common chemical substances ■ Compatible with various materials ■ Withstands harsh outdoor environments *For more details, please refer to the PDF document or feel free to contact us.
An additive that promotes the microbial degradation of polyolefin resins, which are difficult to decompose by microorganisms!
"P-Life" is a highly safe microbial degradation plastic additive developed based on years of testing and verification in various countries around the world. The basic addition amount is 1.5% or more (masterbatch), allowing for the low-cost production of microbial degradation resin products. The components are registered in the national positive list based on the revised Food Sanitation Act (updated April 2022). It also complies with the Ministry of Health, Labour and Welfare Notification No. 370 of the Food Sanitation Act. 【Features】 ■ An additive based on fatty acids refined from plant oils (biomass) ■ Microbial degradation resins include polyethylene (PE) and polypropylene (PP) ■ The physical properties of the added resin products are equivalent to those of standard resin products ■ The microbial degradability of the added plastic products has been verified according to JIS K6955 (ISO 17556) *For more details, please refer to the PDF materials or feel free to contact us.
Highly safe microbial degradation plastic additives! Includes results of microbial degradation tests in soil environments.
This document provides an explanation of the P-Life biodegradable plastic additive and its market development. It includes information on P-Life biodegradable plastic technology, product lineup, functions, and microbial degradation mechanisms. Since 2003, sales of P-Life have started primarily in the Asia-Pacific region, and currently, the sales area has expanded to all regions of the world. [Contents] ■ Company Overview ■ P-Life Biodegradable Plastic Technology ■ P-Life Product Lineup ■ Functions and Microbial Degradation Mechanisms of P-Life (Additive) ■ Results of Microbial Degradation Tests in Soil Environment Part 1 *For more details, please refer to the PDF document or feel free to contact us.
Degradable resins include polyethylene and polypropylene! Microbial degradation plastic additive 'P-Life'.
We would like to introduce the physical property information of the "P-Life GREEN 20" masterbatch that we handle. The biodegradable resin is polyethylene and polypropylene, with a melting point of 110°C. It is applicable to all processing methods of polyethylene and polypropylene, including inflation, extrusion, injection molding, foaming, and lamination. 【Features】 ■ Composition: 20% active ingredient of P-Life + 80% polyethylene ■ Appearance: Pellet form ■ MI: 8.1 (as base resin) ■ Color: Beige ■ Odor: None *For more details, please refer to the PDF document or feel free to contact us.
The appearance is pellet form, with a melting point of 165°C! Microbial degradation plastic additive 'P-Life'.
We would like to introduce the physical property information of our "P-Life" PP 10 masterbatch. It is composed of 10% active ingredient from P-Life and 90% polypropylene, with a recommended processing temperature of 165°C to 300°C. It is applicable for general processing of polypropylene, including extrusion, inflation, and injection molding. 【Features】 ■ Composition: 10% active ingredient from P-Life + 90% polypropylene ■ Appearance: Pellet form ■ MI: 30 (as base resin) ■ Color: Beige ■ Odor: None *For more details, please refer to the PDF document or feel free to contact us.
To all companies working on plastic pollution measures. The possibilities for environmentally friendly plastic products expand with P-Life technology.
Our research team, consisting of Keio University, Ito En, Inc., SI Resin Industry Co., Ltd., and the Keio University Advanced Molecular Science and Technology Research Center, has successfully obtained a degradation bacterium for polypropylene (PP) that incorporates the additive "P-Life," which imparts biodegradability to plastics. This research achievement represents an important step towards the microbial degradation treatment of non-degradable polyolefin-based plastics. Furthermore, the degradation bacteria attracted by the addition of P-Life are expected to effectively decompose and remove microplastics generated from polyolefin-based plastics, helping to alleviate their accumulation in the global environment. 【Features】 - Multiple degradation bacteria discovered that are compatible with P-Life added plastics - Capable of degrading a wide range of materials, including polypropylene and polyethylene - Safety of metabolites produced after plastic degradation by microorganisms - Effectiveness of P-Life in promoting microbial degradation has been demonstrated *For more details, please refer to the materials. Feel free to contact us with any inquiries.
Perfect for energy-saving with air conditioning! No need for extensive renovation work!
Optimal for energy-saving with air conditioning! The energy-saving glass coat for insulation can simply be applied to window glass, eliminating the need for extensive renovation work, and can be retrofitted to existing window glass. 【Features】 ○ Installation is easy for anyone after a single training session, using a sponge roller. ○ Transparent type with durability over twice that of film. ○ Extremely effective for heat insulation of window glass! Cuts over 30% of infrared rays coming through the window! ○ Significant impact on air conditioning cooling and heating effects! (There is a temperature difference of 2-3°C before and after application.) ○ Achieves approximately -20% energy savings! Cuts over 99% of UV (ultraviolet) rays! Reduces condensation by 50%! ○ Achieves low cost! Payback in 5-6 years! (1/3 to 1/2 of conventional film types) ● For more details, please request materials or download the catalog.
DIP (dipping) design paint! A coating agent that is compatible with various materials!
Proto is a one-component, room-temperature natural drying liquid rubber-like coating agent developed in the United States. It can be widely used on various substrates such as metal, wood, stone, glass, plastic, fiber, and paper, and its high reliability is evidenced by its use in organizations like NASA and Disneyland. It is easy to use, in a dip-type paint format, similar to how one would dip crackers or fresh vegetables for eating. With this, you can also create your own original design glasses. Additionally, not only is it a design paint, but it is also an elastic paint, making it useful when grip properties are desired.
The main component graphene oxide forms a hard film, achieving over a year of ultra-long protection!
The main component, graphene oxide, forms a hard film, achieving ultra-long protection for over a year. It can be used on all exterior surfaces, including body, chrome, glass, and wheels, without silicone. With a strong protective film, it offers high water repellency and quick water runoff. It lowers surface temperature and reduces the occurrence of water spots. It can be used on cars, motorcycles, boats, and aircraft. It can be applied regardless of the body color or if the vehicle has a wrap.
Also for molds and hoppers! Water-repellent, anti-adhesion, non-stick coating - Introduction to surface treatment and coating technology -
▶ For surface treatment, thermal spraying, and coating, leave it to Tokaro! 【Product Overview】 The tt-kote series is a coating with excellent non-stick properties against resins and adhesives, as well as outstanding water and oil repellency. With a wide range of products available, it is possible to select the coating that is best suited for the usage environment. 【Features】 ● Minimal restrictions on materials and dimensions, allowing for broad applicability ● Sufficient resistance to common organic solvents (such as acetone, MEK, etc.) ● Capable of forming a film without compromising shape on complex geometries such as inner diameters and grooves 【Part of the Lineup】 - S-tt-kote: Water and oil repellent specialized - HS-kote N: High-temperature resistance, high hardness - Ceramic non-stick: Fluorine-free - Science Coat: Non-stick on uneven surfaces (for rubber) - Mogul Coat: High durability non-stick layer, uneven surfaces ● The materials include a total of 9 types of coatings, detailing the characteristics of each coating and information on processing temperatures, etc. 【Content of the Materials】 - Features of tt-kote - Adhesion prevention performance against resist materials for semiconductor manufacturing (photos) - Contact angles for water and epoxy resin - List of lineup - Application examples
Preventing stains too! Introduction to SG-kote - Surface treatment and coating technology -
▶ For surface treatment, thermal spraying, and coating, trust Tokaro! 【Overview】 SG-kote is a hydrophilic coating with excellent corrosion resistance and thermal shock resistance. It is used not only in corrosive environments but also for anti-fog and anti-soil purposes. 【Contents of the Document】 ● Characteristics of the Coating ・Heat resistance temperature, film thickness, main components, etc. ● Performance and Various Test Results ・Corrosion resistance ・Hydrophilicity ・Thermal shock resistance ・Suppression of metal ion elution ● Application Examples ・Semiconductor industry ・General industrial sector ・Film industry ・Petrochemical industry ※ Please refer to the document for details.
A dense film is formed by filling with special ceramics! - Surface treatment and coating technology -
▶For surface treatment, thermal spraying, and coating, trust Tokaro! 【Overview】 ZACROM is a technology that fills the unique micro-cracks of Cr plating with special ceramics to densify it. It exhibits stable corrosion resistance and reduces polymer adhesion effects in high-temperature environments of around 400°C. 【Recommended for the following people!】 - Those using Cr plating but want to extend its lifespan - Those considering measures against resin adhesion, seizing, and corrosion of components due to resin materials, etc. 【Contents of the materials】 ● Features (application temperature, heat resistance, coating hardness, etc.) ● Cross-sectional photos of the coating ● Various data and test results - Non-adhesion of PP resin - Wettability of molten polyester resin - Surface tension ● Application examples #ZACROM #ZACROMTreatment
Excellent corrosion-resistant ceramic coating!
For surface treatment, thermal spraying, and coating, trust Tokaro! SUPER ZAC is a precise ceramic coating that protects the substrate from corrosive gases, liquids, and molten metals. It excels in heat resistance and wear resistance, demonstrating excellent corrosion resistance even in corrosive environments at temperature ranges that traditional glass lining and resin lining could not withstand. Additionally, it has excellent follow-up properties to the expansion and contraction of the base material, making it applicable to austenitic stainless steels with high thermal expansion coefficients. The same series also includes coatings with different characteristics, such as CDC-ZAC. For more details, please refer to the materials or feel free to contact us.
Ceramic coating that can be applied to complex-shaped items such as pumps and impellers!
▶ For surface treatment, thermal spraying, and coating, trust Tokaro! 【Overview】 CDC-ZAC coating is a composite ceramic film based on chromium oxide (Cr2O3), demonstrating excellent wear resistance and corrosion resistance. Additionally, as it is a wet process, it can form a coating on complex shapes and both the inner and outer diameters of pipes. 【Features】 ● Film cross-section hardness: HV900~1100 For adhesion strength, linear expansion coefficient, heat resistance, etc., please refer to the materials for "CDC-ZAC." 【Example Applications】 - Pump components - Textile machinery components - Industrial machinery components 【Contents of the Materials】 - Cross-sectional photos of the film - Processing process - Various test results - Application examples and more.
In the drivetrain components, fatigue strength has significantly improved! This greatly reduces issues such as shaft breakage.
"WPC processing" is a technology that modifies metal surfaces by mixing fine particles with a compressible gas and causing high-speed collisions with the metal surface. The modified surface becomes harder and changes shape into tiny dimples, which improves friction and wear characteristics. Additionally, by colliding fine particles at high speeds, the surface is refined, compressive residual stress is imparted, and toughness is enhanced. 【Features】 ■ Reduced friction ■ Wear prevention ■ Oil film retention effect ■ Increased fatigue strength *For more details, please download the PDF or feel free to contact us.
By striking micro media, micron-sized irregularities are formed. It is also possible to modify the surface to a high-functionality plateau structure!
"WPC processing" is a surface modification technology that involves mixing fine particles of a material suited to the purpose with a compressible gas and colliding them at high speed onto the surface of metal products. By introducing strong processing into the local areas of the surface, it is possible to add fine crystal layers, nano crystal layers, and compressive residual stress. Additionally, it forms micro dimples on the surface, which enhances friction and wear characteristics due to shape effects such as oil reservoirs. 【Added Functional Surfaces】 ■ Lubricity ■ Release properties ■ Fluid control ■ Durability ■ Optical properties *For more details, please download the PDF or feel free to contact us.
It is effective during non-lubricated conditions and boundary lubrication (when there is little oil and solid contact occurs)!
"DLC coating" is a coating technology that, despite being a thin film of approximately 1μm (1/1000mm), possesses various characteristics such as high hardness, wear resistance, low friction, and low adhesion. Our company has successfully developed a technology that combines DLC coating with WPC treatment. This forms a smooth oil reservoir, enhances wear resistance, and the hard coating further prolongs its effectiveness. 【Features】 ■ Reduces friction ■ Suppresses oil temperature rise and deterioration ■ Improves response and contributes to smooth operation ■ Increases wear resistance, leading to longer component lifespan ■ Maintains good vehicle condition, resulting in cost reduction *For more details, please download the PDF or feel free to contact us.
By applying WPC as a surface treatment for DLC coating, a surface with excellent tribological properties is formed!
"DLC coating" is a technology that involves coating a nanometer-thin film, primarily composed of carbon and hydrogen, onto metal surfaces. It is an advanced surface treatment technology that achieves high effectiveness in low friction, high durability, high hardness, and corrosion resistance. Our company has successfully developed a technology that combines DLC coating with WPC treatment. By combining these, we can enhance adhesion and further prolong the effects over time. 【Features】 ■ Suppression of oil temperature rise ■ Improvement of transmission lifespan ■ Enhanced piston sliding properties ■ Reduction of mechanical noise ■ Improved engine feel *For more details, please download the PDF or feel free to contact us.
Inside the factory's secret big reveal! Meticulously polished techniques create exquisite DLC films.
We would like to introduce the entire process of our DLC coating. First, we modify the substrate and perform thorough cleaning, carefully masking the unnecessary parts of the DLC film. After completely wiping down the waiting area in the chamber, we inject acetylene gas. Various gases are injected while applying high voltage. The film is built up by repeating the processes of film formation and cooling, taking about 6 hours to complete. 【Process】 1. Inspection and cleaning 2. Masking 3. DLC coating 4. Finishing *For more details, please download the PDF or feel free to contact us.
