News
2026-01-07 10:17
CONCLIN’s products feature dual advantages of strict quality control and energy efficiency. Our company has established a full-process quality management system, reducing the product defect rate to below 0.3%. Its eco-friendly production mode cuts waste gas emissions by 90% and energy consumption by 25%, meeting global environmental standards and reducing customers’ comprehensive use costs. Up to now, CONCLIN has provided customized aluminum services for customers in more than 20 countries worldwide, covering machine tool, shipbuilding and other industries, and offers full-chain services from scenario analysis and solution design to after-sales technical support, effectively resolving downstream customers’ predicaments such as equipment downtime and high maintenance costs.
2025-11-21 10:48
What Advantages Does Magnesium-Lithium Alloy Offer for Laptop Shells?
Amid the fierce competition in the laptop market, our company has selected magnesium-lithium alloy as the core material for the new-generation laptop shells. This material enables the laptop shells to achieve ultra-lightweight portability (the overall weight of 14-inch models is ≤1kg), be lightweight yet tough (capable of withstanding daily collisions and impacts), and feature high-efficiency heat dissipation (thermal conductivity far exceeds that of plastic). It also reduces shock and noise while delivering a delicate texture, comprehensively enhancing the user experience and helping the product build unique market competitiveness.
2025-10-20 10:18
With the upgraded demand for lightweight vehicles in the logistics industry, customized welding for aluminum trucks has become a popular service. However, aluminum’s characteristics of high thermal conductivity and large thermal expansion coefficient easily lead to deformation after high-temperature welding, affecting vehicle precision and safety. As an enterprise deeply rooted in this field, our company has developed an end-to-end deformation control scheme covering welding pre-treatment, process selection, supporting specialized tooling fixtures, and post-weld treatment. By selecting high-quality aluminum materials, adopting the combined process of argon arc welding and pulse MIG welding, equipping with specialized fixtures, and standardizing cooling and inspection processes, we effectively solve the deformation problem in customized welding for aluminum trucks, providing customers with precise and reliable customized welding services and helping the logistics industry achieve efficient development.
2025-10-13 15:49
Lightweight Aluminum Trucks: How Does Customization Reduce Costs and Improve Efficiency?
As an enterprise with a decade of experience in commercial vehicle manufacturing, we have launched customized lightweight aluminum trucks to address the logistics industry’s pain points of "difficult cost reduction and slow efficiency improvement," helping logistics enterprises break through cost and efficiency bottlenecks with "tailor-made" designs. Made of aluminum alloy, the product reduces the overall vehicle weight by 1.2-1.8 tons. Combined with customization for segmented scenarios such as cold chain, building materials, and express delivery (e.g., lightweight refrigeration brackets, wear-resistant compartment plates), it delivers tangible results: in terms of cost reduction, it helps customers save nearly 30,000 yuan in monthly fuel costs and cut maintenance expenses by 40%; in terms of efficiency improvement, customized designs like side-opening compartments and layered shelves reduce loading and unloading time by 62.5%, increase compartment utilization by 30%, and enable some customers’ fleets to add one more daily trip and achieve a 25% monthly revenue growth. Looking ahead, we will further deepen customization in new energy power and intelligent monitoring based on customer needs, driving more logistics enterprises to achieve refined operations.
2025-09-11 14:17
What Are the Advantages of Aluminum Alloy Side Walls for Railway Passenger Car Bodies?
As China's railway passenger transport advances toward high-speed, comfortable, and green development, car body materials have become a key factor affecting train performance. The aluminum alloy side walls for railway passenger car bodies, independently developed by an enterprise, have become an industry preferred option due to their outstanding advantages. This product features lightweight properties: it can reduce the car body weight by 15%-20% and energy consumption by 8%-12%, while also reducing the load on the wheel-rail system. It boasts excellent strength and safety, with its tensile strength and yield strength meeting relevant standards, enabling it to resist operational impacts and ensure passenger safety. Additionally, it exhibits superior corrosion resistance — after special treatment, it can maintain stability in complex environments, extending the car body's service life to over 25 years. Moreover, it enhances passenger comfort: leveraging the thermal conductivity of aluminum alloy and an optimized thermal insulation structure, it regulates the carriage temperature effectively; its high surface flatness also reduces abnormal noise. In line with the concept of green sustainability, the aluminum alloy used is 100% recyclable, helping to lower carbon emissions. In the future, relevant enterprises will continue to optimize this product, contributing to the development of the railway industry and the improvement of passengers' travel experience.
2025-07-24 09:48
What technologies are needed to build lightweight city bridges?
As an enterprise focusing on the R&D and construction of lightweight urban bridges, the construction of lightweight urban bridges relies on four core technologies to achieve breakthroughs against the background of tight urban space and growing traffic demand. Through material innovation and the use of high-strength lightweight composite materials to reduce weight at the source, structural optimization technology to ensure efficient load-bearing, modular prefabrication and rapid assembly to improve construction efficiency, intelligent monitoring technology to escort the whole life cycle safety, the four technologies collaboratively promote the lightweight urban bridges in the safety, economy and environmental protection in the comprehensive upgrade.
2025-07-22 15:06
How to Effectively Manage Heat Generated by Battery Packs During Charging and Discharging Processes
Effective heat management during charging and discharging is critical for a battery pack’s safety, performance, and longevity. This article details how our company’s battery packs achieve precise heat control through multidimensional innovations: including honeycomb-structured cell arrangements and aluminum alloy shells for enhanced heat conduction, a multi-sensor intelligent temperature control system with real-time monitoring and graded cooling strategies, optimized charging/discharging algorithms that adjust power dynamically to prevent overheating, and rigorous extreme-condition testing. By integrating hardware design, smart algorithms, and full-lifecycle verification, our battery packs ensure stable temperature regulation, laying a solid foundation for reliable energy solutions across applications.
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.
