Since entering the "13th Five-Year Plan" era, technological innovation has remained a central topic across various industries and sectors. In the new economic landscape, the science and technology sector plays a crucial role in the national economy. The government has prioritized scientific and technological innovation as a key driver for national development, implementing strategic plans to foster growth and breakthroughs. This effort has led to the creation of numerous "national instruments" that have captured global attention. At the same time, identifying innovation breakthroughs and driving industry transformation have become top priorities for professionals in the field.
In early 2018, Ningbo City accelerated its plans for a new round of scientific and technological innovation. Over the next five years, the city focused on advancing eight major "Sci-Tech Innovation 2025" projects, aiming to master more than 200 core technologies and develop over 100 strategic products. These initiatives are expected to give rise to a batch of new industries worth hundreds of billions, significantly enhancing the competitiveness of local industries.
As the country continues to push forward with technological innovation, it is steadily uncovering new opportunities. With the implementation of national policies such as the "National Innovation-Driven Development Strategy," "Demonstration Program for Deepening Standardization Work," and the "13th Five-Year Plan for National Science and Technology Innovation," the issue of innovation has become a standard part of the tech industry's development. These policies emphasize the importance of technical standards and have led to the formulation of the "13th Five-Year Plan" Technology Standard Innovation Plan by the Ministry of Science and Technology and AQSIQ.
With China’s strategic framework becoming more refined, support for scientific and technological projects has increased significantly. This has resulted in a wave of research achievements across various scientific fields. Core technological breakthroughs have now become a focal point for discussion. For the advancement of science and technology, core technology remains the key to innovation. Those who can identify and master these critical points will lead the wave of innovation.
The scientific research instrument industry is an essential component of China's tech development. Domestically produced instruments are now receiving high recognition from the government, and both technological and instrumental innovations are frequently discussed within the industry. Major national projects have played a positive role in promoting the growth of the instrument sector.
Looking ahead, as modernization accelerates, state-of-the-art scientific research instrument projects will play a vital role in supporting economic and social development, national security, and scientific progress. China's major scientific instrument projects are guiding the development of high-precision tools. The government continues to support innovation and technological achievements, helping China make significant breakthroughs in scientific instruments and related technologies.
In the realm of technological innovation, advancements in scientific research instruments have become a major trend. Whether considering the broader social environment, industry trends, or rising user demand, research instruments must evolve quickly and innovate effectively. Core technology has emerged as a key area for innovation. Therefore, continuous R&D of advanced instruments must focus on breaking through technological barriers, making core technology a decisive factor in attracting customers. For Chinese instrument companies, technological breakthroughs remain the core and long-term path for sustainable development. Strategic planning must prioritize innovation and talent development to drive the research and development of scientific instruments.
The function of the steel cross arm is to support distribution transformers, fuses, isolating links, and other line equipment.
Steel cross arms of different configurations are used on overhead lines, transmission towers, transmission lines, wood poles, utility poles, power poles, and light poles.
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Steel cross arms of different configurations are used on overhead lines, transmission towers, transmission lines, wood poles, utility poles, power poles, and light poles.
To make the steel cross arm more stable, there will be two cross arm braces to support the main cross arm by delta connection.
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