Next-Generation Anodizing
Featuring Superior Lubricity and
Wear Resistance
Solving aluminum wear, corrosion, and lubrication challenges with 40 years of expertise in specialized anodizing.
Our advanced surface treatment technologies maximize your product performance.
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Fully automated lines ensure consistent quality for high-volume automotive and industrial needs.
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Outperforms standard hard anodizing (μ 0.75) to solve friction and wear issues in sliding parts.
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Our MD Process achieves high corrosion resistance on die-cast materials (A380), which are typically difficult to anodize.
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Supporting your innovation from single-unit prototypes with complex masking to full-scale production.
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Trusted by 2,000 global companies across automotive, marine, and high-precision industries.
Our Anodizing Solutions
As a specialized anodizing manufacturer, we provide a wide range of solutions to solve our customers' challenges. Kashima Coat is our most popular choice.
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Hard Anodizing
- Standard hard anodizing
- High hardness
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Kashima Coat
- Ideal for sliding parts
- Superior wear resistance
- Hard surface with high lubricity
- Excellent aesthetic finish
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Kashima Coat Black
- Superior wear resistance
- Hard surface with high lubricity
- Deep jet-black aesthetic finish
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MD Process
- Optimized for aluminum die casting
- High corrosion resistance
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Oxalic Acid Anodizing
- High heat resistance
- High corrosion resistance
- Beautiful aesthetic finish
Delivering Consistent Quality
through Fully Automated Anodizing
Consistent quality through full automation.
Our high-volume lines are configured for mass production of automotive parts and beyond.
Proven Reliability across Diverse Industries
Trusted by over 2,000 companies worldwide, our surface treatment solutions empower engineers to overcome the limits of friction and durability. From automotive powertrains to advanced robotics, we guarantee performance where it matters most.
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Automotive Components
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Motorcycle & Marine Products
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Industrial Equipment &
Precision Machinery
FAQs
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Q1:What is the difference between Kashima Coat and standard hard anodizing?
The most significant difference is that, through our proprietary technology, lubricating substances (molybdenum disulfide) are electrochemically deposited into the tens of billions of microscopic pores within the anodic film.
Unlike a simple coating, the lubricity and wear resistance persist as long as the film exists. -
Q2:Is anodizing possible on aluminum die-casting (A380)?
Yes, it is possible. Through our proprietary "MD Process," we achieve uniform film thickness and high corrosion resistance even for die-cast materials, which were previously considered difficult to treat. This process is ideal for automotive components and outdoor products.
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Q3:What is the maximum size that can be processed?
We generally accommodate products with a length of up to 1,200 mm. Since we may also be able to handle larger sizes or complex shapes, please consult our technical department first.
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Q4:How much will the dimensions change after treatment?
The dimensional increase is typically half of the total coating thickness.
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Q5:What range of film thickness can be applied?
The achievable thickness depends primarily on the alloy composition and material grade.
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Q6:Do you accept orders from individual customers?
We currently accept orders from businesses only. Our facility is optimized for B2B industrial production and commercial partnerships.
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Q7:Is it possible to order prototypes or small lots?
Yes, absolutely. We provide comprehensive support from the initial development phase through to mass production, offering prototypes starting from a single unit for the Research and Development (R&D) stage, as well as performance validation testing prior to mass production.
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Q8:What is the standard lead time?
Normally, our standard lead time is approximately two weeks from the time we receive the products. However, since we offer flexible scheduling based on project scale and urgency, please contact us if you need a faster turnaround.


