In the 1970s, there were few titanium products available in other industries, so the commercialization of titanium glasses products needed to overcome a variety of challenges.
the company has stepped up its own R&D efforts while strengthening cooperation with material suppliers and machinery manufacturers. for example, in cutting, because titanium is a hard-to-cut material, it has a strong affinity with other metals and is easy to adhere to the processing equipment.
Therefore, while promoting the development of lubricants and special cutting edges, efforts should be made to minimize the heat level and carefully check and adjust the rotating speed and feed volume of the cutting edges to achieve the best matching. at the same time, oil cooling is introduced for the first time to control heating and complete the cutting work step by step. In addition, the release agent was modified to deal with the demoulding caused by poor bite during pressure processing. especially in order to guarantee the precision and product quality of a high-cycle welder, the solder has been trial-manufactured numerous times and a special fixture with good conductivity has been developed. It took the company six years to solve these problems.
In the 1970s, Italy, France, and Germany were the major producers of glasses. Japan has a negligible share of glasses exports. however, with the rise of titanium glasses, Japan accounted for 20% of the world's glasses production by the 1990s. titanium products have revolutionized the glasses industry. Titanium glasses products were only sold in the 1980s, but the development and introduction of titanium have been started in the 1970s. more than 30 years have passed since the release of titanium glasses. At present, China has the largest share in the titanium glasses market and is gradually becoming the world production base. Japan still has a world market share of about 10%. however, Japan still maintains a high level of titanium processing technology. the improvement of quality and precision is inseparable from skilled processing performance.
In future technology development, we need to pay attention to the balance between quality, cost, and design. Advanced technologies such as electron beam and laser are closely related to the improvement of quality and processing performance of products. While gradually introducing them, attention should also be paid to the application of traditional technologies. Otherwise, the balance of all aspects of products will be difficult to maintain. titanium materials can be divided into several categories according to their different uses, for example, inverted resistance brazing is used considering weldability, conductivity, and stability. Goggles currently on sale use two layers at the connection of the temple β Titanium is welded in three layers with a layer of pure titanium. At this point, in order to ensure the stability of the quality, the clamp with high power-on efficiency should be used for high-cycle welding.
