Cpu Cooler

With the continuous advancement of modern mechanical and electronic technology, power electronic equipment is being used more extensively in critical areas such as national defense, military industry, and communications. These systems are evolving to become more compact, complex, and thermally dense, thereby increasing the demands on their cooling performance. In large-capacity power electronic equipment, the heat generated by power devices is substantial, and traditional air-cooled radiators are often insufficient. Liquid cold plate , with their high efficiency, allow for a closer arrangement of devices, resulting in higher integration and a more compact structure. This efficient cooling method effectively addresses the heat dissipation challenges of large-capacity electronic devices.

Water cooling   plate , also known as liquid co ld plate , operates on a straightforward principle: within a closed liquid circulation system, a pump circulates the liquid, which absorbs heat from a heat sink attached to the power source. This heated liquid then travels to a larger cooling device where it dissipates the heat. The cooled liquid returns to the heat-absorbing equipment, and the cycle repeats continuously. Water cooling   plate   is highly efficient, boasting thermal conductivity over 20 times greater than traditional air cooling methods. This efficiency enables it to handle heat dissipation needs ranging from hundreds to several kilowatts. Consequently, water cooling plates   are widely used in various industries, including laser technology, military applications, medical equipment, power electronics, and industrial machinery.

The water-cooled plate   is a device used for heat dissipation, which mainly plays the role of cooling and maintaining the normal working temperature of the equipment. Its role is mainly reflected in the following aspects: First of all, the water-cooled plate can efficiently dissipate the heat generated by the equipment. In some high-performance electronic equipment, computer hardware or industrial production equipment, due to high load operation, a lot of heat will be generated. The water cooling plate conducts heat through the water flow, takes away the heat energy of the surface of the equipment, effectively reduces the temperature of the equipment, and ensures that the equipment operates within the appropriate temperature range. Secondly, the water cooling plate helps to improve the working efficiency of the equipment. Excessive temperature may degrade device performance or even cause faults. The application of water-cooled plate can prevent the equipment from overheating, keep the

Cold forging   is a process for shaping and forming profiles below their recrystallization temperature, typically at room temperature. This method is primarily used with materials that have low deformation resistance and good plasticity at room temperature, such as aluminum, copper, and their respective alloys. Cold forging can induce work hardening (strain hardening) in the material, increasing its strength and hardness. Heat sink   manufacturers widely utilize the cold forging process for producing light source heat sinks and LED heat sinks .   Lori Thermal   was among the pioneers in manufacturing cold forged radiators and has amassed extensive experience in this technique. Beyond producing standard light source heat sinks , Lori Thermal has developed advanced technology for manufacturing high-power cold forged heat sinks . This technology addresses issues such as the poor thermal conductivity of die-cast micro-channels and the high costs associated with machined micro-channels. It

The stacked fin heat sink   is constructed by layering single-tooth, multi-tooth, and single-profile heat sinks through ultra-high pressure extrusion into a specialized structure. This tightly fitting method creates a stacked fin heat sink with a double bottom plate design, allowing power devices to be installed on both sides. This combination is achieved without any intermediate medium, resulting in low development costs and the flexibility to combine various widths and structures of the heat sink. Its strong versatility makes it ideal for use in power conversion transformers, engines, and other high-power equipment requiring efficient heat dissipation. Advantages of the stacked fin heat sink   include: - Increased heat dissipation area and formation of a closed channel, leading to better thermal performance - No volume limitations - High strength - Low production cost - Easy installation and maintenance - Long service life Lori   Thermal   has innovated in this field by mastering the

E xtruded aluminum heatsinks   offer several advantages, including attractive appearance, lightweight construction, excellent heat dissipation, and energy efficiency. These heatsinks undergo anodizing to enhance their corrosion resistance, wear resistance, and aesthetics.   E xtruded aluminum heatsinks   are commonly used for high-power cooling components and systems. Lori Thermal leverages mature aluminum extrusion technology to deliver reliable heat dissipation solutions, particularly in natural convection environments. The extrusion process allows for complex heat dissipation fin structures, significantly increasing the surface area and reducing the cost and time associated with machining aluminum blocks. Why Choose an Extruded Aluminum Heatsink? 1.Efficiency: More efficient than stamped heatsinks. 2.Cost Savings: More cost-effective than machined heatsinks. 3. Variety: Available in a range of standard shapes and sizes. 4. Customization: Easily customizable and lighter than copper,

Traditionally, high-power   heat sinks   have been produced using a gear shaper to tightly match riveted teeth. However, this method can pose potential heat dissipation risks, such as matching gaps and tooth loosening. To address these issues, Lori t hermal   has introduced various new media connection processes through technological innovation. These include high-thermal epoxy resin bonding, brazing, and tin welding, significantly improving the reliability and stability of heat dissipation while avoiding existing risks. S tacked fin heat sinks   have the following features： - Dense teeth and small tooth size - Flexible shape height and width - Suitable for different spaces - Compact and lightweight - Ideal for high-power device radiators  

In power electronic control, conversion, drive, signal transmission, and new energy sectors—such as power battery cooling in new energy vehicles, heat dissipation for UPS and energy storage systems, large servers, photovoltaic inverters, and SVG/SVC systems—efficient, low-noise, and low-temperature operation is crucial. Limited space further complicates the issue of heat dissipation, making liquid cooling technology  the preferred thermal management method. Lori Thermal ’ s engineers bring extensive experience in water cooling system R&D and water cooling plate production. We offer comprehensive liquid cooling solutions, including thermal design, structural design, and water cooling system assembly. Our services are available at no cost, ensuring you receive expert support for your liquid cooling plate  needs.

Heat pipes   are heat transfer elements with exceptionally high thermal conductivity. They reached the peak of theoretical research in the late 1960s and began to see widespread industrial use in the 1970s. These devices transfer heat by changing the steam and liquid phases of the working medium within a completely sealed vacuum tube, achieving thermal conductivity hundreds of times greater than that of pure copper. Due to this property, heat pipes are often referred to as "thermal superconductors."   A heat pipe heat sink   is an innovative product that can significantly enhance the performance of traditional heat sinks or heat exchange systems by utilizing heat pipe technology. Since the introduction of heat pipes, the cooling systems for power electronic devices have undergone substantial advancements. Regardless of the cooling method used, air ultimately serves as the final heat dissipation medium, with other materials acting as intermediate connectors. Natural air convec

Friction welding   is a solid-state welding technique that joins materials without reaching their melting points. This method uses pressure, combined with constant or increasing torque, to generate frictional and plastic deformation heat at the contact surfaces. The heat produced raises the temperature in the contact area to a range near but typically below the melting point of the materials. As the temperature increases, the material’s deformation resistance decreases, its plasticity increases, and the oxide film at the interface breaks down. Under the applied pressure, molecular diffusion and recrystallization occur at the interface, resulting in a solid-state weld through the material's plastic deformation and flow. Unlike traditional fusion welding, friction welding does not melt the materials being joined. Instead, it creates a thermoplastic state where solid-phase bonding occurs. This process results in welded joints that can match the strength of the base materials, offering

Skived fin heat sink : through mechanical action, the strip plate cuts the material out at a certain Angle and is relatively straight, and the repeated cutting forms a consistent gap structure, which is used to solve the heat dissipation of high-power devices under the condition of air-cooled heat dissipation, and the heat dissipation efficiency can be improved by 8~15% compared with the chip radiator. LoriThermal took three years to independently develop the high-power shovel process, successfully applied to the solar power 500KW centralized inverter, continuous large-scale application for many years, the photovoltaic industry accumulated installed capacity of more than 25GW. With the large-scale application, the LoriThermal  skived fin heat sink process is more mature, the process coverage is increased, the degree of automation is gradually improved, the cost and reliability advantages are obvious, and it has been recognized by customers at home and abroad such as communication , UPS

The water-cooling  motor housing is the key component in the drive motor of new energy electric vehicles, and the use of hollow extruded profiles and friction stir welding  is the development trend of its production technology. The water cooling motor housing   is suitable for high temperature environment and variable frequency speed regulation system. It is characterized by a wide range of speed regulation, stable operation, high reliability, high operation efficiency, novel and beautiful appearance design.

In modern industrial production, the stable operation of high-performance equipment cannot be separated from efficient cooling systems. As an advanced heat dissipation solution, the liquid cold plate heat sink  is gradually favored by the market for its excellent heat dissipation effect, energy saving and environmental protection characteristics. The liquid cold plate heat sink  adopts liquid cold  technology, and the heat generated by the equipment is quickly taken away by circulating cooling water, so as to achieve efficient heat dissipation. Compared with the traditional air-cooled heat dissipation method, the liquid cold plate heat sink  has higher heat dissipation efficiency and can better cope with the high load and high temperature working environment. The design of the liquid cold plate heat sink  is very exquisite, and its internal use of high-quality thermal materials can quickly conduct the heat generated by the equipment to the heat sink, and take the heat away through the

  As electronic equipment continues to improve in performance, effective heat dissipation has become a critical challenge. Recently, water-cooled plate radiators have gained popularity due to their superior heat dissipation capabilities and innovative designs, offering efficient and reliable cooling solutions across various industries.   Water-cooled plate radiators utilize liquid cooling to dissipate heat, effectively reducing the operating temperature of equipment. Compared to traditional air-cooled systems, these radiators provide higher heat dissipation efficiency and lower noise levels, ensuring a more stable and reliable environment for electronic devices.   Using advanced materials and technologies, water-cooled plate radiators feature excellent thermal conductivity and corrosion resistance. Their unique design ensures even heat distribution and rapid transfer to the cooling liquid, achieving efficient cooling. Additionally, these radiators are easy to install and maintain, ma

Power battery is an important core component of new energy vehicles, which is not only expensive, determines the cost of new energy vehicles, but also determines the driving range of new energy vehicles, affecting the feelings of consumers. The power battery used by new energy vehicles is a rechargeable chemical battery, and its charging and discharging process is actually a chemical reaction process, so the power battery will release a certain amount of heat with the intensity of the chemical reaction during the charging and discharging process. We know that the negative electrode, electrolyte and battery separator inside the power battery will burn, and the ignition point of the electrolyte is very low, therefore, if the huge power battery pack of new energy vehicles does not do a good job of thermal management, it is not only easy to cause battery damage, but also very easy to cause combustion accidents. The power battery pack is composed of a large number of cells. When producing p

  CNC machining centers have brought significant advancements to manufacturing: 1. Improved Machining Accuracy and Quality CNC machining centers utilize computer control to precisely manage the movement, speed, and displacement of machine tools. This results in superior machining accuracy and quality. These centers can produce parts with complex shapes and high precision, meeting the stringent requirements of industries like aerospace, automotive manufacturing, mold making, and precision parts processing. 2. Enhanced Productivity Compared to traditional manual machining, CNC machining centers offer high automation and faster processing efficiency. They can perform multi-axis processing simultaneously, reducing processing time and shortening the production cycle. Additionally, changing the shape and size of parts requires only a modification of the numerical control program, saving significant production preparation time. 3. Reduced Labor Costs The automation provided by CNC machining