富商 List of Products and Services

Maximizing operating time and reducing maintenance costs require high durability against wear and corrosion. Our hard anodizing integrates with the aluminum substrate and does not peel off, demonstrating high durability even in harsh environments. 【Usage Scenarios】 - Arms of industrial robots - Robot exteriors for outdoor use - Drive units of transport robots 【Benefits of Implementation】 - Increased lifespan due to improved wear resistance - Reduced maintenance frequency - Enhanced product reliability

Please consider hard anodizing with improved wear resistance for the long-term performance maintenance and reliability enhancement of automotive parts. Hard anodizing integrates with the aluminum substrate, making it difficult to peel off and achieving high wear resistance. This improves the durability of the parts and contributes to the reliability of the products. Our anodizing tank has dimensions of 3000×1500×800, allowing for a large quantity to be processed in one anodizing cycle, which also contributes to reducing the unit cost per piece. 【Application Scenes】 - Engine parts - Suspension parts - Brake parts - Interior parts 【Benefits of Implementation】 - Extended lifespan of parts - Reduced maintenance costs - Improved product quality

Aluminum is widely used in aircraft components due to its lightweight yet high strength. However, anodizing can pose challenges in the case of complex shapes and combinations of different alloys. Fushou Anodizing <Masking Compatible> responds to customer requests by performing anodizing treatment while leaving the conductive parts intact. 【Application Scenes】 - Aircraft components - Space exploration vehicle components - Drone components 【Benefits of Implementation】 - Improved fuel efficiency due to weight reduction - Extended component lifespan due to enhanced corrosion resistance - Compatibility with complex shapes through masking support

In the semiconductor manufacturing industry, cleanliness, which affects product quality, is extremely important. The contamination of fine foreign substances can reduce product yield and negatively impact performance. In particular, the surface treatment of materials used in the manufacturing process is a crucial factor in maintaining cleanliness. Anodizing integrates with the base material, eliminating concerns about peeling. This helps maintain high cleanliness and supports the production of high-quality products. We can accommodate both standard anodizing and hard anodizing up to a size of 1250×2500. [Application Scenarios] - Semiconductor manufacturing equipment parts - Parts used in clean rooms - Parts requiring high precision [Benefits of Implementation] - Reduced risk of foreign substance contamination - Improved product yield - Maintenance of high cleanliness

In the construction industry, enhancing design while maintaining long-term aesthetics is an important challenge. In particular, building materials and decorative items used outdoors are prone to deterioration, scratches, and corrosion due to exposure to wind, rain, and ultraviolet rays, which may require regular maintenance and repainting. Our hard anodizing prevents peeling by integrating with the aluminum substrate and exhibits excellent wear resistance and corrosion resistance. This helps to maintain design quality for a longer period and contributes to reducing maintenance costs. 【Usage Scenarios】 - Exterior panels - Handrails - Window frames - Decorative parts 【Benefits of Implementation】 - Maintenance of long-term aesthetics - Extension of maintenance cycles - Achievement of high design quality - Improvement of weather resistance

In the robotics industry, durability and reliability of moving parts are essential. In particular, wear and corrosion in sliding parts subjected to repetitive motion or high loads can lead to performance degradation and failures. Fujisho's hard anodizing improves wear resistance and corrosion resistance, contributing to the longevity of sliding parts in robots. 【Application Scenes】 - Joints of robotic arms - Rails of transport robots - Sliding parts of various sensors 【Benefits of Implementation】 - Reduced frequency of parts replacement - Lower maintenance costs - Increased operational rate of robots

Wear of mechanical parts can lead to a decline in print quality and potential machine failures. In particular, wear resistance is crucial for parts that come into contact with inks and solvents. The hard anodizing process by Toshi Sho Aluminum Co., Ltd. addresses your challenging issues. 【Application Scenarios】 * Parts for printing machines * Large roll materials * Anodizing after masking treatment of dissimilar alloy combinations 【Benefits of Implementation】 * Extended lifespan of parts * Cost reduction

Would you like to try our hard anodizing treatment for aluminum, which enhances the lifespan of mechanical parts, improves wear resistance, and increases corrosion resistance? It also contributes to reducing maintenance costs. 【Application Scenarios】 - Agricultural machinery such as tractors and combines - Irrigation systems and sprinklers - Frames for greenhouses and houses - Fertilizer and pesticide spreaders 【Benefits of Implementation】 - Extended lifespan of parts - Reduced maintenance frequency

The aluminum components of the conveying device may experience performance degradation due to wear and corrosion, potentially leading to increased maintenance frequency and equipment downtime. The hard anodizing treatment from Tomisho contributes to solving these issues and supports stable operation of the equipment. 【Usage Scenarios】 - Conveyors - Conveying devices - Rivets - Other logistics equipment 【Benefits of Implementation】 - Wear reduction - Decreased maintenance frequency - Improved operating rate

When you are looking for corrosion resistance and wear resistance, please try our thick hard anodizing. We can produce thicknesses from 20um to 150um. 【Application Scenes】 - Bicycle frames - Wheels - Brake parts - Other parts requiring weight reduction and durability 【Benefits of Implementation】 - Improved running performance due to weight reduction - Extended product lifespan due to enhanced corrosion and wear resistance

Cast products are produced with "wood patterns sized to meet customer needs!" We propose appropriate wood pattern costs and product costs, contributing to cost reduction. Our company has a large anodizing tank measuring 3000×1500×800. We also respond to requests for castings combined with anodizing. 【Usage Scenarios】 - Weight reduction of moving parts - Improved durability (anodizing treatment) - Cost reduction 【Effects of Implementation】 - Enhanced performance of robots - Extended product lifespan - Improved cost performance

By utilizing the characteristics of cast products and accommodating anodizing, we contribute to cost reduction. 【Application Scenes】 - Exterior wall materials - Structural frames - Handrails 【Effects of Implementation】 - Improved weather resistance - Long-term cost reduction

Our company produces cast products in optimal sizes of wooden patterns that match the dimensions and shapes required by our customers, contributing to cost reduction. We have an anodizing tank measuring 3000×1500×800, allowing us to accommodate both large and small products. 【Usage Scenarios】 - Precision machinery parts - Semiconductor manufacturing equipment parts - Other precision components 【Benefits of Implementation】 - Provision of high-quality cast products - Proposals for appropriate wooden pattern costs and product costs - Capability to handle small to large items

Our products reduce costs by selecting the optimal wooden mold size based on the size and shape of the cast products requested by our customers. We also own an anodizing tank measuring 3000×1500×800, allowing us to provide a consistent service from wooden mold manufacturing to casting and anodizing treatment. 【Application Scenes】 - Power generation equipment - Heat exchangers - Various plants 【Benefits of Implementation】 - Proposals for appropriate wooden mold costs and product costs - Improved durability of equipment - Enhanced energy efficiency

The essential difference between anodizing and plating is how the coating is formed! Anodizing involves "anodic oxidation treatment," which chemically alters the oxide film through electrochemical participation. The coating consists of a "part that grows inward toward the material" and a "part that grows outward," and it is integrated with the material. It is mainly used for aluminum products to enhance corrosion resistance and appearance. Plating involves electrochemical treatment with the metal as the cathode to generate a metallic coating. It is an image of a new metal layer building up on top of the base material. It is used for decorative purposes and to enhance corrosion resistance. In the automotive industry, there is a demand for long-term performance maintenance and improved reliability of parts. Our hard anodizing prevents peeling by integrating with the aluminum substrate, contributing to long-term performance maintenance. [Application Scenes] - Engine parts - Suspension parts - Exterior parts [Effects of Implementation] - Improved wear resistance - Extended lifespan of parts - Reduced maintenance costs

The essential difference between anodizing and plating is how the coating is formed! Anodizing involves "anodic oxidation treatment," which alters the oxide film through electrochemical participation. The coating consists of a "part that grows inward toward the material" and a "part that grows outward," and it is integrated with the material. It is mainly used for aluminum products to enhance corrosion resistance and appearance. Plating involves electrochemical treatment with metal as the cathode to generate a metallic coating. It is an image of a new metal layer being built up on the base material. It is used for decorative purposes and to enhance corrosion resistance. Hard anodizing treatment integrates with the aluminum substrate, making it difficult to peel off, and achieves high wear resistance and corrosion resistance. This contributes to improved reliability of robots and extends maintenance cycles. [Application Scenes] - Arms of industrial robots - Frames of transport robots - Housings of outdoor-use robots [Effects of Implementation] - Increased lifespan due to improved wear resistance - Enhanced reliability due to improved corrosion resistance - Reduced maintenance costs

The essential difference between anodizing and plating is how the coating is formed! Anodizing involves "anodic oxidation treatment," which chemically alters the oxide film through electrochemical participation. The coating consists of a "part that grows inward toward the material" and a "part that grows outward," and it is integrated with the material. It is mainly used for aluminum products to enhance corrosion resistance and appearance. Plating involves electrochemical treatment with metal as the cathode to generate a metallic coating. It is an image of a new metal layer being built up on top of the base material. It is used for decorative purposes and to enhance corrosion resistance. Deterioration due to wear and corrosion leads to a decrease in precision, causing product defects and shortening lifespan. Our hard anodizing integrates with the aluminum substrate, making it difficult to peel off, and achieves high hardness, wear resistance, and corrosion resistance, contributing to the maintenance of precision in machine tools. [Application Scenes] - Cutting tools, precision parts - Wear countermeasures for sliding parts - Machine tools installed outdoors [Effects of Introduction] - High processing precision over a long period - Improved product quality - Reduced maintenance costs