Glass Polish Coating GPcoat ADVANCE
Glass coating technology that provides the value of safety.
A glass polish coating with a strongly bonded mirror-like film that ensures a clear view.
- Company:グローバルスズキ
- Price:Other
Last Updated: Aggregation Period:Dec 31, 2025~Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Dec 31, 2025~Jan 27, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Dec 31, 2025~Jan 27, 2026
This ranking is based on the number of page views on our site.
1231~1245 item / All 2415 items
Glass coating technology that provides the value of safety.
A glass polish coating with a strongly bonded mirror-like film that ensures a clear view.
High-quality water-based coating without added silicone or fluorine.
The "nano Glass Veil F'zero" is a high-quality, water-based coating that can be easily applied. Its pure glass composition creates a hydrophilic film that shines and repels dirt. It is highly safe and can be used on various surfaces such as bodywork, resin, glass, rubber, and leather. Additionally, by combining it with optional functional coatings, various features can be added. 【Features】 - Being made of pure water glass, it does not cause stains or unevenness. - The glass material penetrates and adheres to the vehicle's paint, maintaining the shine of your car for a long time. - It forms a film that adapts to different materials, making it suitable for all applications with just this one product. - It exhibits dirt-repellent and self-cleaning effects with a hydrophilic film similar to glass. - It penetrates fine gaps to lift dirt. - Optional coatings can provide measures against salt damage and enhance hardness. *For more details, please refer to the PDF document or feel free to contact us.
What is Parylene? It excels in biocompatibility and biological stability, making it suitable for various medical devices! Due to its low coefficient of friction, it is also suitable for applications where sliding properties are important.
"Parylene coating" provides exceptional protection against water, chemical resistance, and insulation for medical devices and components. It is approved by the FDA as a biocompatible material and is used as an ideal surface modification material for applications such as coronary stents, neurostimulators, cochlear implants, and surface passivation of pacemakers. Additionally, it can be applied to medical-grade silicone and rubber materials used in catheters, medical seals, and injector components, where high flexibility in coating is required. **Features** - Biocompatibility and biological stability - Thickness can be controlled down to 500 angstroms - Ultra-thin conformal coating that covers all surfaces - Microencapsulation capability - Excellent barrier against chemicals and moisture, with superior electrical insulation - Outstanding lubricity *For more details, please refer to the PDF document or feel free to contact us.*
Pursuing the originality unique to Unix! Unix's urethane.
The polyurethane coating "Unilethan Series" from Unix is applied at room temperature using a variety of "spray coating technologies" that have established high characteristics and functions. It can be applied to a wide range of materials, including metals, rubber, plastics, concrete, and wood, in various shapes of equipment, devices, facilities, and parts, significantly extending their service life and providing substantial economic benefits through maintenance and protection of functionality. 【Features】 - Polyurethane coating produced in-house - On-site coating application available - Focus on research and development to select the most suitable raw materials for various fields For more details, please contact us or download the catalog.
Selection sample of the polyurethane coating "Unilethan Series" from Unix.
This is a selection sample of the polyurethane coating "Unilethan Series" from Unix. The "Unilethan Series" is applied at room temperature using a variety of spray coating techniques that have established high characteristics and functions. It can be applied to a wide range of materials, including metals, rubber, plastics, concrete, and wood, in various shapes of equipment, devices, facilities, and parts. This not only significantly extends their service life but also offers substantial economic benefits through the maintenance and protection of their functions. [Featured Products] ○ UN1 (US2000): General-purpose abrasion resistance ○ UN2 (US2000): Moisture resistance ○ UN3 (US2000): Light oil resistance ○ UN4 (US2000): Oil resistance ○ UN5 (US2000): Heavy oil resistance, and others For more details, please contact us or download the catalog.
Reduce contamination risks! Solve issues related to powder, granule, and fine powder processing!
The long-lasting and highly lubricating "UN1 Series" is a polyurethane coating that significantly reduces wear on pipes and equipment caused by powder particles. It is applied at room temperature using a variety of "spray coating technologies" that establish high characteristics and functions. This reduces the risk of contamination and solves issues related to the handling of powders, granules, and fine powders. *There are many examples of improved quality through polyurethane coating! For more details, please download from the form below. [Featured Examples] ■ Octagonal barrel tank ■ Agitator ■ Drying jig (plating) ■ Vibrating sieve ■ Exhaust elbow ■ Granule and powder feeder ■ Gate valve, diverter valve, iris valve *For more details, please refer to the catalog. Feel free to contact us with any inquiries.
Water-repellent, chemical-resistant, antibacterial, and more! A coating with various features.
The features of DLC coating are "a film thickness of a few microns," "a variety of hardness (1000 to 7000 Hv)," and "excellent sliding properties." It has various characteristics such as gas barrier properties (gas blocking), optical properties (infrared transmission and ultraviolet blocking), water repellency, chemical resistance, and antibacterial properties. Please feel free to contact us if you have any requests. 【Main Features】 ■ High hardness of 7000 Hv (AC-X) can be achieved by the way carbon is bonded ■ The entire structure is amorphous (like glass), providing excellent sliding and smoothness ■ Because it is primarily composed of carbon, it has excellent non-compatibility with non-ferrous metals, making it less likely to cause adhesion, welding, or seizing ■ Low hardness DLC tends to produce fewer scratches and wear on the opposing material during friction *For more details, please refer to the related links or feel free to contact us.
The hardness and slip characteristics differ depending on the ratio of sp3 to sp2! By adding "hydrogen," the properties of the film change.
DLC is a substance known as an amorphous structure (non-crystalline structure) that contains a mixture of diamond bonds (sp3) and graphite bonds (sp2). By adding "hydrogen," the properties of the film can be altered, and the types can be broadly categorized into four based on the ratio of diamond to graphite and the presence or absence of hydrogen (H). In recent years, due to its beautiful appearance and high durability, applications have expanded to everyday items such as wristwatches, lures, bicycle parts, and golf clubs. 【Types】 ■ ta-C (Tetrahedral Amorphous Carbon) ■ a-C (Amorphous Carbon) ■ ta-C:H (Hydrogenated Tetrahedral Amorphous Carbon) ■ a-C:H (Hydrogenated Amorphous Carbon) *For more details, please refer to the related links or feel free to contact us.
I will explain the "ion source deposition," "PCVD," and "FAD" that we are conducting!
DLC film formation utilizes technologies such as PVD (Physical Vapor Deposition) and CVD (Chemical Vapor Deposition). Ion source deposition is a type of PVD where a filament is heated to ionize hydrocarbon gas using thermal electrons, which then collide with the substrate under a potential difference to create a coating. PCVD (Plasma Chemical Vapor Deposition) involves ionizing hydrocarbon gas in a plasma region and colliding it with the substrate under a potential difference to form a coating. FAD (Filtered Arc Deposition) uses a magnetic field filter to draw only ionized carbon into the substrate for film formation. [Film formation methods we employ] ■ Ion source deposition ■ PCVD (Plasma Chemical Vapor Deposition) ■ FAD (Filtered Arc Deposition) *For more details, please refer to the related links or feel free to contact us.
Ideal for cutting tools, molds, and carbide punches for non-ferrous metals (such as aluminum, copper, silver, tin, etc.) / retains 90% of the carbon SP3 structure [ta-C].
AC-X is our standard film of hydrogen-free "ta-C" type, which possesses 90% of the SP3 structure of carbon with a diamond structure. —————————————————————— 【Features】 ■ Superior hardness, heat resistance, and anti-adhesion compared to DLC-EX (a-C:H). ■ Ideal for high-speed machining of non-ferrous metals such as aluminum and copper. ■ For ensuring adhesion, carbide substrates are recommended. 【Examples of Applications】 ■ Carbide tools for cutting non-ferrous metals (aluminum, copper, silver, tin, etc.) ■ Carbide punches ■ Molds, etc. *For detailed specifications, please refer to the catalog or the product information on our official website.
It does not compromise the sharpness of the blade edge【Small diameter tool for aluminum processing】【Ultra-thin cutter】【Aluminum foil cutting blade】
DLC Prism is a thin film version of the "a-C:H" DLC standard film <DLC-EX> with a film thickness of less than 0.5 microns. —————————————————————— 【Features】 ■ The low-temperature film formation results in minimal distortion and deformation of the substrate due to heat, and it is well-regarded for its smooth and hard film quality. ■ Ideal for DLC coating of small-diameter tools and small machine parts, where film thickness is a critical factor for aluminum cutting. ■ The thin film coating does not compromise the sharpness of the cutting edge, reduces tool slippage, and prevents a decrease in cutting performance. 【Examples of Applications】 ■ Small-diameter tools for aluminum processing ■ Small-diameter cutters ■ Aluminum foil cutting blades, etc. *For detailed specifications, please refer to the catalog or the product information on the official website.
Ideal for DLC coating of molds that require excellent water repellency and release properties, as well as machine parts that require liquid release. It also has high non-stick properties. 【Water-repellent molds】
CFC-H is a water-repellent DLC coating that adds fluorine to the "a-C:H" DLC standard film (DLC-EX). —————————————————————— 【Features】 ■ It forms a film at low temperatures, resulting in minimal distortion or deformation of the base material due to heat, and is well-regarded for its smooth and hard film quality. ■ It has excellent water-repellent properties, making it ideal for DLC coatings on molds that require release properties and mechanical parts that require liquid release. ■ It has high non-stick properties, preventing the deterioration of cutting performance of blades due to the adhesion of sticky substances. ■ Due to its soft nature and low film hardness, it is not suitable for tools or parts that require wear resistance. 【Examples of Use】 ■ Molds and jigs for water-repellent purposes ■ Sharp blades requiring non-stick properties ■ Blades for rubber adhesion, etc. *For detailed specifications, please refer to the catalog or the product information on the official website.
Prevents chipping with high adhesion. High release properties. Dense and soft coating. [Copper processing tools] [Rubber and resin molding molds] [Powder molding molds]
ES-CrN is a composite specification with a ceramic coating that has undergone shot peening on a chromium nitride coating (CrN) base. —————————————————————— 【Features】 ■ By applying a chromium coating with controlled hardness on the workpiece surface that has been work-hardened, it achieves high adhesion and mild wear with reduced film chipping. ■ Recommended when chipping occurs with CrN. 【Examples of Applications】 ■ Copper processing tools ■ Rubber and resin molding molds ■ Powder molding molds, etc. *For detailed values, please refer to the catalog or the product information on the official website.
■Oxidation resistance at 1000℃ ■High hardness of 3000Hv ■High heat resistance and high hardness film of aluminum-chromium system 【Tools for dry processing】【Dry cutting】【Heat-resistant molds】
OS-A is an improved ceramic coating that adds silicon to aluminum chromium nitride coating. —————————————————————— 【Features】 ■ Compared to titanium aluminum nitride coating (TiAlN), it offers higher heat resistance and hardness, making it particularly effective in preventing crater wear (adhesion diffusion wear) when machining iron-based materials. ■ It is also ideal for mold components that require heat resistance and high hardness. [Made to order] 【Examples of Applications】 ■ Tools for dry machining (HSS tools) ■ Dry cutting tools for general steel (S50, S45C, FC, SMC, etc.) ■ Gear cutting tools ■ Heat-resistant molds, etc. *For detailed specifications, please refer to the catalog or the official website product information.
Wear resistance to crater wear and chipping [molds] [high-speed machining tools] [iron-based processing punches] [general steel tools] with ultra-multilayer coating.
OS-VII (7 seven) is a super multilayer film with aluminum chromium nitride coating. ————————————————————— 【Features】 ■ By using multilayering, it exhibits higher crater wear resistance (adhesion diffusion wear resistance) and chipping resistance. ■ Even after exceeding a cutting length of 500m, the wear amount of OS-VII (7 seven) is less than 5μm. ■ Highly versatile, it is widely used from molds to tools. 【Examples of Applications】 ■ Tools for high-speed cutting ■ Molds such as punches and dies for iron-based and copper-based processing ■ Tools for cutting general steel materials, etc. *For detailed figures, please refer to the catalog or the official website product information.