News
2025-07-18 11:01
How to choose the suitable power supply method for electric rail?
As an enterprise deeply engaged in the field of electric rail, we have summarized the core logic of choosing power supply mode in 23 electric rail projects: we need to closely follow the scene characteristics, technical suitability and economic comprehensive judgment. The electric rail in the core area of the city mostly adopts contact network power supply to meet the needs of high-speed and high-density operation; the electric rail in closed scenes (such as industrial parks) prefers the third rail power supply to reduce the cost and risk of collision; the electric rail in the ecologically sensitive area applies energy storage power supply to realize “wireless operation” and landscape protection. At the same time, it is necessary to combine the running speed and load characteristics of electric rail to select technical solutions, and optimize the economy through the whole life cycle cost calculation. In the future, the hybrid power supply mode will further expand the application scenarios of electric rail and help it realize “safe, efficient and green” operation.
2025-07-15 10:44
How to Choose a Safe Motor Enclosure for a Specific Environment
As a company specializing in the development and production of safe motor housings, this article describes how to select safe motor housings for specific environments based on practical experience. For different scenarios such as dusty, humid, flammable and explosive, high temperature, etc., from the protection level, material properties, structural design and other dimensions, analyze the core requirements of safe motor enclosure in terms of dust-proof, water-proof, explosion-proof, heat dissipation and operational safety, etc., and emphasize the key role of safe motor enclosure on the stable operation of the equipment and avoidance of potential safety hazards.
2025-07-11 11:14
Lightweight Aluminum Trucks Customize How Highly Recyclable They Are
As a company focusing on the customization of lightweight aluminum trucks, our company always takes the high recycling rate as its core competitiveness. In terms of design, aluminum alloy accounts for more than 85% of the core components of lightweight aluminum trucks, and the high proportion of single material design reduces the difficulty of recycling and dismantling; through the construction of a “closed-loop processing system” with top enterprises, intelligent dismantling has made the recycling rate of aluminum alloy components of lightweight aluminum trucks reach 92%, and the performance loss of recycled aluminum materials is only 3-5%, which can be directly used for re-production. It can be directly used for re-production. Our customized services further optimize the details of recycling, such as modular design, “trade-in” services, etc., so that the recycling rate of the whole life cycle of lightweight aluminum trucks is stable at over 95%. This not only fulfills our environmental responsibility, but also brings real economic value - the recycling revenue from retired lightweight aluminum trucks can cover 15%-20% of the initial purchase cost. In the future, we will continue to promote material innovation, so that lightweight aluminum trucks will continue to have value in the cycle.
2025-07-03 10:42
What are the characteristics of lightweight crossing bridges?
As transportation infrastructure practitioners, we have developed lightweight crossing bridges that are transforming urban crossing projects through their "lightness, speed, and agility." Made with lightweight alloys and composites, these bridges are over 40% lighter than traditional concrete structures while meeting main road load requirements. Their key advantage lies in construction efficiency: modular prefabrication shortens the construction cycle to within 20 days (e.g., a 28-meter bridge in Chengnan New District was completed in 15 days without traffic disruption). Structurally, they blend flexibility and toughness, adapting to complex geology and extreme weather via finite element-optimized design. Green benefits like lower transportation costs and reduced waste have led to their application in three provincial capital transportation hubs, positioning them as a "low-intervention, high-adaptability" solution for urban three-dimensional transport.
2025-07-01 10:09
What are the advantages of welded aluminum trucks?
In the field of logistics and engineering, the custom welded aluminum trucks launched by our company are reshaping industry standards through technological innovation. The model uses aerospace-grade aluminum alloy and precision welding technology, achieving a 15%-20% reduction in overall vehicle weight, a 12% decrease in fuel consumption per 100 kilometers, and a 10% increase in loading space, balancing "lightweight" and "high strength". For scenarios such as chemical industry and mountain transportation, the corrosion-resistant coating and frame structure can be strengthened by argon arc welding, reducing the failure rate in complex road conditions by 40%. In addition, the high recovery rate of 95% for aluminum alloy and low-energy welding processes reduce carbon emissions by 30%, in line with the concept of green manufacturing. From logistics fuel savings to engineering corrosion resistance, custom welded aluminum trucks are providing efficient and environmentally friendly transportation solutions for the industry with their core competitiveness of "customization on demand".
2025-06-26 10:50
Against the backdrop of the miniaturization of electronic devices and their rising power density, the design of power rails is transforming from traditional architecture to cutting-edge technology. These rails are the core channel for power transmission. The core design revolves around "impedance reduction" and "power integrity (PI)." The PCB level is optimized for current-carrying capability (1 A/mm width) with 1 oz copper foil. The chip level uses multi-layer metal rails in parallel to achieve milliohm impedance control. Together with a 10 nF/10 μF gradient decoupling capacitor network, voltage ripple is suppressed by 5%. This improves the stability of the server power supply rails by 30% and reduces energy consumption by 15%.As the 3nm process becomes more popular, Back Side Power Supply Network (BSPDN) technology relocates power rails to the back of the wafer. It connects transistors through nano-silicon through-silicon vias (TSVs), reducing resistance by over 70% and promoting innovation in high-density power supply technology.
2025-06-24 11:08
As a leading company in lightweight materials for rail transportation, we are pleased to announce the release of our new aluminum alloy sidewall system for railroad passenger car bodies.The product uses a 6005A-T6 aluminum alloy profile. By optimizing the cross-section structure and the friction stir welding (FSW) process, the product reduces weight by 42% and improves bending strength by 35% compared to traditional carbon steel. The honeycomb sandwich design improves sound insulation by 38 dB. The product's surface is resistant to salt spray corrosion for over 1,000 hours after fluorocarbon spraying and nano-ceramic coating. The product has been certified by CRCC and has been awarded two utility model patents.The first batch of products was used in China Railway's Intercity Train project, and actual testing showed that the weight of the entire set was reduced by 8.6 tons, traction energy consumption was reduced by 18%, and performance in temperatures ranging from -40°C to 70°C exceeded industry standards.This release marks a key breakthrough in the company's strategy of using material innovation to drive the low-carbonization of rail transportation. The company will continue to research and develop the integration of aluminum alloy materials and intelligent welding technology.
2025-06-19 14:43
Advantages of Aluminum Tubes in Industrial Piping
The industrial pipeline sector is undergoing a material revolution. Aluminum alloy pipes, with their density advantage, have achieved a 50% weight reduction and a 40% reduction in material costs compared to steel pipes. The lightweight feature has led to a 100% increase in transportation efficiency and a 40% decrease in installation costs. In coastal environments, their corrosion resistance lifespan is three times that of steel pipes. Through optimized inner walls and structural design, aluminum pipes have achieved a 12% energy saving in compressed air systems. Combined with the application of recycled aluminum, energy consumption can be reduced by 95%. By 2030, the market penetration rate is expected to increase from 28% to 45%.
2025-06-17 10:35
Special Aluminum Alloy Profiles: Innovation-Driven Expansion into Diverse Application Landscapes
In the context of advancing materials science, our company has dedicated itself to the research and development of special aluminum alloy profiles, driving technological innovation across multiple industries. This article highlights our key projects and applications: the aerospace extrusion materials capacity upgrade project (a national first in intelligent manufacturing of special thin-walled aluminum products), the integration of lightweight aluminum solutions in new energy vehicle components (e.g., battery trays and body frameworks), and customized architectural solutions for landmark projects. These efforts demonstrate how special aluminum alloys are becoming a cornerstone of high-quality industrial development.
