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.
226～240 item / All 2472 items
DLC - Conductive hard thin film coating technology utilizing diamond-like carbon technology.
It dramatically improves the contact stability of burn-in sockets and test sockets for semiconductor testing, as well as the contacts of LCD panel inspection fixtures.
Metallic, transparent colors, gradient, jet black, etc.
Overview We achieve decorative and design coatings that were not possible with plating or painting, such as metallic finishes, deep black, gradients, and color-changing decorations depending on the viewing angle, using vacuum deposition technology.
"EMI shield film" that prevents malfunction of electronic devices.
■Overview EMI shielding film using transparent conductive films and metal thin films. It is possible to create a transparent EMI shield using transparent conductive films. EMI shields can be produced with metal thin films that are thinner than plating, reducing the metallic luster and "glare."
Water-repellent film "Hydrophilic film."
■Overview Prevents fogging caused by water droplets and maintains a clear view.
SIBOR coating prevents oxidation up to 1600 degrees. (This is a patented product developed by Planzé.)
In the atmosphere, a hard diffusion layer is formed on the substrate side, and the SiO2 layer formed on the surface due to reactions with the atmosphere prevents the progression of oxidation in the material. Molybdenum components coated with SIBOR have the inherent heat resistance and corrosion resistance of molybdenum, along with enhanced oxidation resistance at high temperatures, making them ideal materials for glass furnaces.
We will provide a suitable coating that improves non-stick properties, wear resistance, and more!
Functional metalizing processing (thermal spraying) is a type of surface modification method that involves heating various metal thermal spray materials and spraying particles in a molten or near-molten state onto a substrate to form a coating. The coating created by thermal spraying can maintain its intended functionality even when the surface polymer is worn away, thanks to the polymer that penetrates into the recesses of the thermal spray coating. With a wide variety of thermal spray materials (such as carbide and ceramic) and polymers (such as silicone and fluorine), coatings can be tailored to meet customer needs. 【Features】 ■ Does not select the material of the substrate (iron, SUS, aluminum, resin, etc.) ■ Excellent durability ■ There are few restrictions on the dimensions of the substrate, and processing of limited areas is also possible ■ Can achieve a unique surface roughness finish
[New Product] Simple Contact Angle Meter Kit Now Available on Amazon - Only the necessary elements such as software and camera can be combined.
Delivery time: Shipped from Amazon.co.jp in about 2 weeks after order. Contact angle θ/2 method, manual 3-point click for droplet edge detection, external output and storage of image data and numerical data (png, csv), standard equipment includes a body light-shielding cover to minimize variations in installation environment brightness.
We provide DLC coating primarily for printing rolls, transport rolls, and various other items ranging from small to large (φ1000mm x 4000mm, 2.7 tons).
We provide DLC coating primarily for printing rolls and conveyor rolls, ranging from small items to large ones (φ1000mm x 4000mm, 2.7 tons).
![[Useful Materials] Basic Knowledge of Surface Treatment DLC That You Can't Ask Now *Materials Provided](https://image.mono.ipros.com/public/product/image/252/2001005574/IPROS36460498593059821938.jpeg?w=280&h=280)
For those considering the longevity and durability enhancement of metals, resins, and rubber. Introducing the characteristics and manufacturing methods of DLC.
Our company conducts DLC coating using the know-how and equipment for manufacturing printing rolls. We can also form films at low temperatures around 100°C, and surface treatment is possible for not only metal parts but also for resins and rubber. This contributes to improvements in wear resistance, sliding properties, chemical resistance, corrosion resistance, and gas barrier properties. It also excels in biocompatibility. This document provides a clear and easy-to-understand introduction to the features and manufacturing methods of "DLC coating" for those who are new to the topic. [Contents] ■ What is DLC? ■ Features of DLC ■ Manufacturing methods of DLC ■ Classification of DLC ■ Measurement of DLC ■ DLC from Think Laboratory *You can view it via PDF download. Please feel free to contact us with any inquiries.
RTV silicone rubber diluted with solvent (naphtha)
RTV silicone rubber diluted with solvent (naphtha) ■□■Features■□■ After application, it forms a durable and elastic transparent film, exhibiting excellent mechanical and electrical properties as well as outstanding corrosion resistance. ■ The thickness of the coating film with a single application is approximately 0.4mm to 0.5mm. ■ Excellent drip resistance and chemical resistance. ■ Temperature range for use: - Short-term: -60°C to +290°C - Long-term: -60°C to +260°C ■ Shelf life: 9 months at 24°C after sealing. ■ For other functions and details, please download the catalog or contact us.
High cost-effectiveness! We collaborate with customers to find suitable solutions for their products.
This is a document introducing "Ultra-thin Plasma Coating Solutions." Europlasma's mission is to provide innovative nano-coating (ultra-thin coating) solutions based on its unique low-pressure plasma technology. We support our customers in achieving high performance and protection for their products through a manufacturing process with extremely low environmental impact. [Contents (excerpt)] ■ Background ■ "Unique Strengths" (USP) ■ Why ultra-thin coatings? ■ Types of coatings *For more details, please refer to the PDF document or feel free to contact us.
![[Data] Low-pressure plasma nano-coating for medical applications](https://image.mono.ipros.com/public/product/image/d65/2000646521/IPROS52141397090687704281.png?w=280&h=280)
Cost-effective solutions! A controlled processing environment that meets high-quality and high-yield production demands.
This document introduces the "Low-Pressure Plasma Nano-Coating" manufactured by Europlasma, which we handle for medical applications. It includes various topics such as "Low-Pressure Plasma Activation," "Low-Pressure Plasma Coating," and "Nanofics Coating." Please make use of it. 【Contents (Excerpt)】 ■ Applications ■ Low-Pressure Plasma Activation ■ Low-Pressure Plasma Coating ■ Nanofics Coating ■ Hydrophilic Nanofics *For more details, please refer to the PDF document or feel free to contact us.
Turbo Coat Acrylic Insulation Protective Coating
Shortens the curing time of the insulation protective coating to one-third of the usual time. The surface dries in 3 minutes, allowing for the next process to begin. Contains a UV indicator that can be checked with a black light for quality control. Free of methyl ethyl ketone, toluene, and xylene.
Achieving both long lifespan and excellent surface finish.
【Overview】 "PR1725" achieves both long life and a beautiful finish by adopting MEGACOAT NANO PLUS. "PR1705" realizes excellent wear resistance and high precision in machining free-cutting materials. Additionally, the extensive range of 3D sharp edge breakers solves problems related to chip disposal. 【Features】 ● Achieves both long life and a beautiful finish by adopting MEGACOAT NANO PLUS ● PR1725: The top recommendation for steel machining. It demonstrates power with a variety of work materials and allows for tool consolidation. ● PR1705: Realizes excellent wear resistance and high precision in machining free-cutting steel.
