TANABE (THAILAND) CO., LTD.
Most recent update: 2024-03-21
PR message
Tanabe Thailand was established in 1996 in 304 Industrial Park as a surface treatment service business for automobile parts, computer parts, electronic parts, etc., and has made great strides with the development of the Thai economy. Since its establishment, in anticipation of increasing needs for labor saving and automation due to soaring labor costs in Thailand
Overview
Tanabe Thailand's electroless nickel plating is a surface treatment technology performed without the use of electricity. This technology provides high-quality coatings required across various industries, such as HDD parts, electronic components, and automotive parts. Electroless nickel plating allows for the formation of coatings with uniform thickness regardless of the part's shape, making it ideal for parts with complex geometries. Additionally, it complies with the RoHS directive, enabling environmentally friendly surface treatment.
Features
Uniform coating formation: The absence of electricity results in uniform coatings that do not depend on the shape of the part.
Achievable high hardness: A baking process after plating forms a harder coating.
Environmentally friendly: Free from harmful substances like lead, it complies with the RoHS directive.
Appearance inspection in a cleanroom: To ensure thorough quality control after plating, appearance inspections are conducted in a cleanroom.
Specifications
Compatible materials: Iron, aluminum, stainless steel
Application areas: HDD parts, electronic components, automotive parts, etc.
Standards: Compliant with the RoHS directive
Electroless nickel plating, with its uniformity and high hardness, significantly improves the durability and reliability of electronic and automotive components. Tanabe Thailand offers high-quality surface treatment services that meet customer needs through cutting-edge technology and strict quality control.
Zinc plating & trivalent chromate treatment enhancing durability and aesthetics for everything from automotive parts to electronic components. We offer flexible responses to meet all needs.
Overview
Zinc plating is a technology that dramatically improves the corrosion resistance of materials by coating the surface of iron or zinc die-cast materials with zinc. Widely used in the manufacturing of automotive and electronic components, it contributes to the extension of product life. Particularly, the addition of trivalent chromate treatment further enhances the plating's appearance and corrosion resistance. This treatment allows for a choice between white or black finishes, simultaneously improving the product's aesthetics and functionality.
Features
High corrosion resistance: Zinc plating protects iron materials from rust, extending the product's service life.
Improved appearance: Trivalent chromate treatment allows for a choice of white or black finishes, enhancing the product's visual appeal.
Versatile application materials: Applicable not only to iron but also to zinc die-cast materials, broadening the range of uses.
Flexible processing methods: By using both hanger and barrel methods, it can accommodate products of different sizes and shapes.
Specifications
Applicable materials: Iron, zinc die-cast
Processing methods: Electroplating, trivalent chromate treatment
Finish colors: White, black
Application methods: Hanger method, barrel method
This technology enhances the durability and appearance of various products, such as automotive and electronic components, increasing the product's value. Moreover, its flexible processing methods can accommodate products of various sizes and shapes.
Achieving exceptionally high corrosion resistance and heat resistance with zinc-nickel plating. We propose a new standard for the automotive industry.
Overview
Zinc-nickel plating is an advanced surface treatment technology that significantly surpasses traditional zinc plating in corrosion resistance, hardness, and heat resistance by alloying zinc with nickel. Especially in the manufacture of automotive parts, its superior performance contributes to extending the lifespan and maintaining the performance of parts, ensuring reliable operation under harsh conditions. The application of trivalent chromate treatment further enhances corrosion resistance and appearance.
Features
High corrosion resistance: Alloying zinc with nickel provides exceptional corrosion resistance, offering long-term protection.
Improved hardness and heat resistance: The addition of nickel improves hardness and heat resistance, allowing for use in harsh environments.
Balancing appearance and functionality: The application of trivalent chromate treatment improves appearance while maintaining excellent physical properties.
Ideal for automotive parts: Provides an ideal solution for automotive parts requiring high corrosion resistance and hardness.
Specifications
Applicable materials: Primarily iron materials
Alloy components: Zinc and nickel
Post-treatment: Trivalent chromate treatment
Application: Especially for enhancing the corrosion resistance and heat resistance of automotive parts
Zinc-nickel plating technology ensures that automotive parts maintain their performance over the long term and improves reliability under harsh environmental conditions. This technology will establish a new standard for durability and performance in the automotive industry.
Electrophoretic deposition (EDP) creates a beautiful and durable finish for any shape, setting a new standard of quality and aesthetics from automobiles to electronic parts.
Overview
Electrophoretic deposition (EDP) is an innovative painting technology that forms a uniformly thick paint film on the object to be painted by passing a direct current through the paint. This method allows for uniform painting even on parts with complex shapes, achieving high corrosion resistance and a beautiful black appearance. It is particularly applied to automotive parts and electronic components, where its durability and high adhesion quality of the paint are valued.
Features
High corrosion resistance: EDP ensures that parts maintain their performance in harsh environments and are protected over the long term.
Excellent paint adhesion: The painting process under special management prevents peeling from bending, ensuring high paint adhesion.
Applicability to complex shapes: The use of direct current in the painting process allows for the formation of a uniform paint film on parts of any shape.
Adaptability to a variety of materials: Compatible with a wide range of materials, including iron, aluminum die-cast, zinc die-cast, and galvanized materials.
Specifications
Applicable materials: Iron, aluminum die-cast, zinc die-cast, galvanized
Paint color: Primarily black
Paint characteristics: High corrosion resistance, excellent paint adhesion
Applicable objects: Products with complex shapes such as automotive parts and electronic components
EDP technology provides superior corrosion resistance and a beautiful appearance to a wide variety of products requiring high-quality painting, such as automotive parts and electronic components. The paint's adhesion quality, which prevents peeling even when bent, significantly enhances the durability of the products.
Achieving cost reduction and quality improvement through hoop plating, beautifully coating only the necessary areas with precise tape masking.
Overview
Hoop plating, or reel-to-reel plating, is an advanced technology that enables a continuous plating process. Using precious metals such as gold, silver, copper, tin, and nickel, it coats the unrolled coil with the desired metal and then re-rolls it, making it suitable for mass production. This technology contributes to cost reduction and quality improvement, especially in the manufacture of electronic components and precision instruments.
Features
High-precision tape masking technology: Significantly reduces the amount of expensive metals used by plating only the necessary parts.
A variety of metal options: Gold, silver, copper, tin, nickel, etc., can be plated individually or in combination.
Choice of glossy and matte finishes: Offers both glossy and matte finishes for plating with silver and tin, achieving the desired aesthetics according to the product's application.
Suitable for continuous production: The reel-to-reel continuous plating process accommodates mass production, significantly improving production efficiency.
Specifications
Applicable metals: Gold, silver, copper, tin, nickel
Applicable process: Reel-to-reel (hoop) plating
Finish: Glossy/Matte
Applications: Electronic parts, precision instruments, etc.
Hoop plating technology enables simultaneous cost reduction and quality improvement in the manufacture of electronic components and precision instruments. Precise tape masking for selective plating uses precious metals only where needed, greatly contributing to material cost reduction. Moreover, the combination of various metals and finish options enhances the functionality and aesthetics of the product.
These solutions achieve longevity in products ranging from automobile parts to heavy industrial products, combining resistance to wear with aesthetics through hard chrome plating.
Overview
Hard chrome plating, as the name suggests, has a high hardness, making it an ideal technology for surface treatment of sliding automobile parts and heavy industrial products. By enhancing wear resistance, heat resistance, and corrosion resistance, it extends the life of products and contributes to the reduction of maintenance costs. A characteristic glossy and smooth finish also provides visual appeal.
Features
High wear resistance: Significantly extends the service life of sliding parts.
Heat and corrosion resistance: Offers strength to withstand use in extreme environments.
Glossy finish: Achieves visual beauty and enhances product value.
High hardness: Boasts the hardest finish among platings, suitable even for parts under heavy load.
Specifications
Plating thickness: Customizable to withstand wear.
Applicable temperature range: Maintains performance from -50°C to +300°C.
Applicable products: Automobile parts, heavy industrial products, precision machinery parts, etc.
This hard chrome plating technology is an optimal solution for manufacturers who want to improve both the durability and aesthetics of sliding parts. It meets the needs of various industries by providing wear resistance, heat resistance, and corrosion resistance.
| Company name | TANABE (THAILAND) CO., LTD. | Website URL | http://www.tanabe.co.th |
|---|---|---|---|
| Street address |
229 Moo 7,Tambol Thatoom Amphur Srimahaphot Prachinburi Kingdom of Thailand
[See map] |
Person in charge | |
| Telephone number | +66-37-208-591 | Fax number | +66-- |
| Capital | 70,000 $ | Employees | Unregister |
| Annual sales | 1,600,000 $ | EMIDAS Member Number | 92556 |
| Main 3 products |
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| Large | Medium | Small |
|---|---|---|
| Surface treatment | Plating/Chemical conversion treatment | Zinc (rack) Electroless nickel (barrel) Hard chrome (large) |
