Excellent corrosion resistance! Strong against chlorides, which are a weakness of stainless steel, and overwhelmingly resistant to seawater.
We would like to introduce the characteristics and drawbacks of our material "Titanium." The characteristics include being lightweight and strong (among practical metals, it has one of the highest specific strengths), with a melting point of approximately 1,650°C, which is quite high. It generates a highly stable passive film that surpasses stainless steel. The drawbacks include its high strength, which can lead to tool damage or wear, making titanium classified as a difficult-to-machine material. It is indeed challenging to process and prone to deformation. 【Characteristics】 ■ Lightweight and strong (among practical metals, it has one of the highest specific strengths) ■ High melting point ■ Excellent corrosion resistance ■ Biocompatible *For more details, please refer to the PDF document or feel free to contact us.
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【Disadvantages】 ■ Expensive ■ Low Young's modulus of 113 GPa, resulting in significant deformation ■ Difficult to process ・ High strength, making tools prone to damage and wear ・ Low thermal conductivity, causing heat to accumulate in cutting tools ・ Prone to ignition like magnesium, requiring careful management *For more details, please refer to the PDF document or feel free to contact us.
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■Processing Range Maximum Work Size | Up to 800 square | Up to φ800 | Length up to 2,000 Main Work Size | Up to X300×Y300×Z300 | Up to φ300 ■Supported Materials Magnesium Titanium Aluminum Stainless Steel Cast Iron Mild Steel & Special Steel Inconel *We are particularly strong in processing magnesium and titanium. ■Processing over 4,000 products annually We have accumulated achievements and know-how that enable us to handle high-precision parts and difficult-to-cut materials across a wide range of industries, including automotive (from commercial vehicles to racing vehicles), robotics, medical devices, defense, and aerospace. ■Thorough quality control with a focus on 1/1,000mm The inspection room temperature is consistently set to 22°C. Inspectors measure each part using their respective three-dimensional measuring machines. Subsequently, multiple checks are conducted by the finishing and shipping personnel to prevent defective products. Additionally, inspection drawings are always attached to the products.