The pole can be easily folded and stored when not in use, making it an ideal solution for temporary lighting applications. It can also be used in areas where traditional poles are not feasible due to space constraints or other limitations. The folding pole is easy to install and can be quickly set up by a single person. It can be adjusted to different heights and angles, allowing for customized lighting solutions that meet the specific needs of any project. Overall, the folding pole for streetlights is a versatile and practical solution that offers a range of benefits to urban planners, lighting designers, and maintenance crews. hinged pole,hinged light pole,mid hinged light pole,mid hinged pole,hinged cctv pole Yangzhou M.T. New Energy & Lighting Group Co., Ltd. , https://www.mtstreetlight.com
Highly-efficient and advanced tools become the mainstream of future development
In the rapidly evolving manufacturing industry, the demand for high-speed, high-efficiency CNC machine tools and machining centers is surging. As a result, there's an increasing need for advanced and highly efficient cutting tools. These modern tools are expected to dominate the market in the future, driven by the growing emphasis on speed, precision, and quality.
Luo Baihui, a renowned mold specialist, highlights that the current trend in machine tool development is moving toward higher speeds, greater accuracy, and improved quality. High-speed operations place stricter demands on surface treatment for molds, cutting tools, and mechanical components, which not only extends their service life but also reduces production costs. This efficiency leads to higher profitability, a goal shared across the industry.
To meet the challenges of high-speed machining and reduce processing time and costs, tool improvement has become essential. Tungsten carbide tools are gaining significant market share due to their superior wear resistance and hardness. Choosing the right surface treatment is crucial to achieving optimal performance. For medium and heavy-duty molds, CVD high-temperature titanium plating combined with precision vacuum heat treatment helps control deformation, making it ideal for applications like cold forging dies, hydraulic drawing dies, and tungsten carbide drawing lines. In contrast, PVD titanium plating at lower temperatures (150°C to 500°C) is more suitable for tools and parts with lower loads or precise requirements.
Aluminum titanium nitride coatings with high aluminum content can form an aluminum oxide layer on the hard film surface. This oxide layer can withstand oxidation up to 923°C, offering protection against high-speed cutting edge oxidation and maintaining high-temperature hardness. However, titanium nitride and titanium carbonitride coatings tend to form titania oxide films that do not adhere well, leading to flaking and reduced protection. Therefore, proper selection of coating methods, along with appropriate substrates and stable heat treatment, is essential. Surface pre-treatment through fine grinding and polishing further enhances performance.
Ultra-high temperature resin-bonded diamond grinding wheels offer lower processing efficiency compared to METROX wheels. However, their high bonding strength results in shorter production cycles and lower costs, especially when grinding tool edges without causing chipping. These wheels can be shaped into various forms to meet specific needs, which is why they remain widely used in production. Improving their grinding performance is now a key focus for manufacturers.
With the rapid advancement in tool design, manufacturing, and usage technologies, the output of cutting tools continues to rise. However, ultra-high temperature resin-bonded diamond grinding wheels still struggle to meet the demands of high-volume production. There is still room for growth in both the quantity and quality of tools. To address this, Shanghai Zhongyu Company is conducting extensive research on improving the grinding performance of these wheels. Their studies focus on the wear resistance of the bonding agent, the bond strength between the bonding agent and diamond abrasive, and self-sharpening properties. Significant progress has been made, with test results showing a 20% increase in grinding efficiency and a 50% extension in wheel life.
Currently, the imbalance in tool structure is not an effective way to meet production and demand. For example, users often require large gaps in carbide cutting tools, yet high-speed steel tools are overproduced. The demand for efficient tools in modern manufacturing is high, but low-grade standard tools are still over-produced. In developed countries, carbide cutting tools now account for 70% of the market, while high-speed steel tools are declining by 1–2% annually, dropping below 30%. Super-hard tools such as diamond and cubic boron nitride make up about 3% of the market.
The folding pole for streetlights is a new and innovative solution for urban lighting. It is designed to provide a convenient and practical way to install and maintain streetlights in tight spaces. The folding pole is made of high-quality materials and is engineered to withstand harsh weather conditions and heavy use.