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This is a screw made of β-titanium alloy that overcomes the mechanical strength weakness of pure titanium.
We have achieved low prices for titanium alloy screws, which were previously expensive and difficult to obtain, by producing them through continuous header processing. In addition to high strength, lightweight, and excellent corrosion resistance, we have enhanced their beauty with anodizing treatment. We can manufacture sizes from M2 to M8.
Ultra-lightweight! Successfully achieved mass production ahead of the world.
The specific gravity of magnesium is two-thirds that of aluminum and one-fourth that of stainless steel, making it the lightest metal among practical metals used as structural materials. Its alloys excel in specific strength, electromagnetic shielding, and vibration absorption, and are suitable for fastening magnesium alloy housings, as they do not cause galvanic corrosion when in contact with magnesium alloys. This makes them applicable in a wide range of fields, including information technology, home appliances, automobiles, and aviation. A new history of magnesium alloys begins here.
High-performance titanium alloy screws that combine lightweight and high strength!
Most of the titanium circulating in the general market is pure titanium, which does not meet satisfactory strength requirements, leading to limitations in the adoption of fastening components and the need to increase the number of uses. On the other hand, high-strength α+β type titanium alloys (Ti6Al-4V) have been adopted in some markets, but the α+β type, being difficult to process, is produced through hot forging and machining, making it hard to say that the costs are satisfactory. Therefore, through a unique manufacturing technology for β type titanium alloy (Ti 15-3-3-3) that has strength equivalent to that of α+β type, we have successfully achieved continuous forging mass production and realized cost reduction.
