Dongguan M-Victory Material Technology Co., Ltd.

Industrial electronics technology is the cornerstone of modern industrial automation, intelligent manufacturing, and Industry 4.0, covering a wide range of electronic devices and systems for monitoring, control, and data processing in industrial environments. The industrial electronics field is undergoing a transformation brought about by advances in microelectronics technology, with improvements in semiconductor processes leading to smaller and more efficient electronic devices, while significantly increasing integration. These technological advancements provide stronger hardware support for industrial automation and intelligent manufacturing. With the increasing demand for automation and intelligence in the global manufacturing industry, the market demand for industrial electronic devices such as industrial robots and automation control systems continues to grow. These devices not only improve production efficiency, but also ensure the accuracy and repeatability of the production process. In specific application scenarios such as smart factories and intelligent production, industrial electronics technology demonstrates its unique advantages. For example, the application of 3D technology in industrial production processes not only improves manufacturing flexibility, but also shortens the time from product design to market. At the same time, with the increase of device power density, effective thermal management strategies become particularly important, which can prevent equipment overheating, ensure equipment reliability and lifespan

With the development of the new energy vehicle industry, new forces in new energy vehicle manufacturing continue to emerge, and the intelligence of automobiles is also rapidly developing. Due to the increasing demand for driving comfort, safety, entertainment, economy and other performance, the number of electronic components in cars is also increasing, and the electronic systems of cars are becoming more complex. This inevitably puts higher demands on their safety and reliability. High temperature is an accelerating factor for the aging of electronic components, and poor heat dissipation design will seriously affect the reliability, safety, and durability of electronic components. Cars will also produce adverse noise and vibration during driving, causing problems such as product warranty maintenance and car quality satisfaction for car manufacturers. Car charger is one of the important parts of electric vehicle power system. Due to high-power charging and discharging, it generates huge heat inside. If it cannot be dissipated in time, the life and performance of internal components will be greatly reduced. The electronic devices in the on-board charging OBC are all encapsulated in the housing. The heat source (electronic device/chip/MOSFET, etc.

A laptop is a lightweight and portable computer device characterized by high flexibility, ease of carrying, and suitability for various occasions. With the development of technology, this type of device is widely popular worldwide, especially in the fields of business office, home entertainment, and high portability requirements. The market's hardware equipment requirements for laptops are becoming increasingly stringent. In the 5G era, laptops will integrate into the world of interconnected things, with new forms of interaction such as infrared cameras, eye tracking, voice control, and more. Any electronic component will generate a certain amount of heat after being powered on. In addition, the small space of the laptop requires high air flow inside the computer. However, regular laptops may encounter other issues during use, such as the accumulation of dust between computer components. Forming an insulation layer has a significant impact on the running speed and heat dissipation of the computer. This requires high specification thermal conductive materials to dissipate heat. Dongguan M-Victory Material Technology Co., Ltd. provides high-performance thermal interface materials and complete solutions. Provide specialized customized product development services for end customers to meet the constantly evolving demands of the market.

Integrated circuits are extensively used in computer components. As is well known, high temperatures are generated inside computers during the calculation process. High temperature not only leads to unstable system operation and shortened service life, but may even cause certain components to burn out. The function of a heat sink is to absorb this heat and then dissipate it to the inside or outside of the computer case, ensuring that the temperature of computer components is normal. The core hardware devices of a computer, such as motherboards CPU、 Memory, hard drive, etc. When running at high speed, a large amount of heat source will be generated. If the temperature is too high, it will cause damage to the chip structure, resulting in the chip not working or achieving its advertised specifications. This requires high specification thermal conductive materials to dissipate heat. Dongguan M-Victory Material Technology Co., Ltd. provides high-performance thermal interface materials and complete solutions. Provide specialized customized product development services for end customers to meet the constantly evolving demands of the market.

The core of mobile phone/tablet design is to meet the requirements of portability, which requires lightweight, thin, long-lasting power, and high working efficiency. Traditional heat dissipation design mainly transfers the heat generated by high heating components such as CPU, GPU, Chipset, HDD through the packaging surface to the heat dissipation solder paste, and then guides it to the heat sink or metal block with high thermal conductivity characteristics, and then conducts it to the heat dissipation device (such as fan, heat sink, etc.) through the heat pipe (Heat Pip) to dissipate the heat to the exhaust hole. The cost of commonly used heat dissipation fins with good thermal conductivity is too high, and the thermal conductivity of aluminum alloy heat transfer fins cannot keep up with the heating rate of the system operation. To meet the cooling needs of tablet computers, high-quality specifications of cooling materials have emerged. Dongguan M-Victory Material Technology Co., Ltd. provides high-performance thermal interface materials and complete solutions. Provide specialized customized product development services for end customers, meeting the characteristics of rapid market research and development cycles and the requirements of continuous innovation.

Smart TV is a new product based on the impact of the Internet wave. Its purpose is to bring users a more convenient experience and conform to the trend of ""high-definition"", ""networking"" and ""intelligence"" of TV. There is an image processing engine in smart TVs, which is responsible for processing signals, converting them into images, displaying motion pictures, pixel arrangement, color combinations, etc. When the processor is working, it will emit heat, and heat accumulation will cause overheating. If the heat dissipation is not good, the heat accumulated inside the TV cannot be discharged in a timely manner, which can cause overheating of the components and affect the normal operation of the TV. In severe cases, it can also cause various accidents and even fires, resulting in greater losses. The heat source of the TV mainly comes from the motherboard, among which the CPU and WIFI module have the highest heat energy. On the one hand, due to the widespread use of CPU and GPU chip solutions in televisions, a large amount of heat is generated during operation, especially during 4K decoding and gaming, where the television heats up rapidly. On the one hand, WiFi modules need to maintain signal coverage and data transmission at all times, which also generates a large amount of heat. TVs that are in an overheated state for a long time will also experience faster motherboard aging. This requires designing a system with an active cooling module inside the television. Dongguan M-Victory Material Technology Co., Ltd. provides high-performance thermal interface materials and complete solutions. Provide specialized customized product development services for end customers, meeting the characteristics of rapid market research and development cycles and the requirements of continuous innovation.

Due to the development of the intelligent era, the projector industry has designed projectors with built-in intelligent systems to meet production needs, and at the same time, the number of accessories inside the projector has doubled. A projector has a very important component, which is the light bulb. When you want a clear picture, you must have sufficient brightness, so many projectors have very high light bulb power. When it runs in a small internal space, it generates huge heat. In this process, how to efficiently solve the problem of internal heat dissipation of the projector is the primary consideration for manufacturers. Dongguan M-Victory Material Technology Co., Ltd. provides high-performance thermal interface materials and complete solutions. Provide specialized customized product development services for end customers to improve the operational efficiency and lifespan of projectors.

A game console is a complex entertainment device whose working principle involves the collaborative work of multiple hardware components. The central processing unit, memory, graphics processor, audio processor, and other core components of electronic game consoles work together to complete tasks such as game data processing, image rendering, and audio playback. Through input and output devices, players can interact with the game console and enjoy exciting gaming experiences. From the first TV game console to now a game console that can accommodate hundreds or thousands, its data processing and storage have been rapidly advancing. During the operation of the game, hardware devices generate a large amount of heat energy, which affects the quality and stability of various components. Developing high-performance thermal conductive materials is of paramount importance for electronic products. Dongguan M-Victory Material Technology Co., Ltd. provides efficient thermal interface material solutions for its products. In response to 3C products and the national strategy for sustainable development of science and technology, we are rapidly developing new thermal materials to assist customers in introducing automated production and meet the constantly innovative product demands of the market.

Smart speakers are mainly composed of hardware and software. Among them, hardware includes microphones, speakers, wireless modules, etc., while software requires multiple technologies such as speech recognition, natural language processing, and Internet of Things technology. By combining various technologies such as microphone, speaker, wireless module, speech recognition, natural language processing, and Internet of Things, smart speakers can achieve human-machine voice interaction and help people better enjoy the convenience brought by smart homes. Since 2018, smart speakers have entered a new industry order stage, and the development focus has shifted to intelligent interaction, ecological construction, content services, and other intelligent aspects. At the same time, due to the enhanced functional calculation of smart speakers, the assistance of high thermal conductivity interface materials is needed to maintain internal stability and safety, ensuring a good customer experience. In the future, smart speakers will become more compact and intelligent, bringing more surprises and convenience to people's home lives. Dongguan M-Victory Material Technology Co., Ltd. provides efficient thermal interface material solutions for its products. In response to 3C products and the national strategy for sustainable development of science and technology, we are rapidly developing new thermal materials to assist customers in introducing automated production and meet the constantly innovative product demands of the market.

A graphics card is an important component that converts the display information required by a computer system to drive a display, and provides row scanning signals to the display to control its correct display. It is a crucial component that connects the display to a personal computer motherboard. It is mainly responsible for converting the display signal sent from the host to the monitor into a general electrical signal, so that the monitor can understand what the personal computer is asking it to do. The development of graphics cards from simple signal conversion to the commonly used ones with 3D image processing and graphics acceleration capabilities has gone through the 2D-3D AGP-PC-E graphics card development process. In order to provide users with better and faster display effects, the structural design and technology of graphics cards are constantly innovating. However, with the advancement of technology and the booming development of the electronic product industry, graphics cards are becoming increasingly refined. In narrow spaces, high-speed computing generates a large amount of heat energy, which affects the stability and response efficiency of graphics cards. At this point, higher specification thermal interface materials are required, coupled with automated production, to improve product quality and production efficiency as the primary task. Dongguan M-Victory Material Technology Co., Ltd. provides efficient thermal interface material solutions for its products. In response to 3C products and the national strategy for sustainable development of science and technology, we are rapidly developing new thermal materials to assist customers in introducing automated production and meet the constantly innovative product demands of the market.

Drones refer to unmanned aircraft operated by self-contained control devices and wireless remote control equipment. Its main components include power supply, recovery, launch, flight control, data link system, and aircraft body. At present, it has been widely used in fields such as aerial reconnaissance, electronic interference, communication, surveillance, and agricultural applications. In order to carry out more complex and efficient tasks, the various systems of drones need to continuously improve their precision, stability, flexibility, and endurance capabilities. In this process, it is crucial to use high thermal conductivity and high heat dissipation materials to enhance the efficient management, stability, and endurance of drones. In order to actively respond to the national development strategy, promote the progress of drone technology and optimize the industrial structure, Dongguan M-Victory Material Technology Co., Ltd. provides high-performance thermal interface materials and complete solutions, and offers customized product development services to customers to meet the continuous innovation requirements of the market.

With the development of urbanization and the increasing demand for home security, intelligent security technology has been widely applied in both public and civilian markets. The development of new technologies injects new vitality into intelligent security. The video analysis capability of intelligent security systems has been significantly improved through deep learning AI algorithms. It can not only recognize complex scenes and behaviors, but also combine big data technology to predict crime trends and assist in the formulation of security strategies. The integration of the Internet of Things (IoT) enables the interconnection of devices and sensors, expanding the scope of monitoring and control. 5G communication technology, with its high speed and low latency characteristics, further enhances the system's real-time data processing and response capabilities. The comprehensive application of these technologies enables intelligent systems to more comprehensively safeguard people's lives and property safety. High precision technology is often accompanied by high heat generation, and intelligent security systems are no exception, especially components such as CPUs, storage devices, image sensors, power supplies, and optical components. These key components can use Dongguan M-Victory Material Technology Co., Ltd. to produce thermal conductive materials, which can ensure the stable operation of intelligent security systems under various environmental conditions, extend equipment life, and protect critical data from loss.

With the continuous intellectualization of electronic products, as the hub of the Internet, Netcom products are developing in the direction of high-speed, high-quality and easy integrated management, which puts forward higher requirements for the quality of Netcom products. However, the increase in working frequency, work intensity, and network speed has brought about the problem of increased power for network products, resulting in higher heat dissipation requirements. As a bridge for 5G internet access, routers need to provide strong network transmission speed, which will inevitably generate huge heat. If the heat is too high during work, it will affect the wireless signal, such as unstable signal or network disconnection. In addition, in order to save costs and space, routers are developing towards miniaturization, which increases the difficulty of heat dissipation. In general, routers use passive heat dissipation, which means they dissipate heat through the body's heat dissipation holes. However, relying solely on the heat dissipation holes results in low heat dissipation efficiency. To address issues such as router heat dissipation and operational stability. Usually, the thermal conductive gel is used to fill the gap of the shielding cover on the front chip of the PCB, and can also be used for heat dissipation on the back of the chip. After curing, the thermal conductive gel is close to the thermal conductive gasket, with good reliability, low oil yield, good anti sag performance, no gas release, good toughness, good anti vibration performance, automatic production and other advantages.

A server refers to software and hardware that can provide specific services to network users. Due to the needs of production learning and the popularity of mobile office, the growing number of cloud workers have increasingly high requirements for server storage and operation speed, which has become the main driving force for the rapid development of servers. Under the demand for high-speed upload and download in areas such as Al, IoT, and 5G, server chip manufacturers are constantly innovating to improve the efficient thermal management of servers in order to achieve the fast response, non-stop operation, and scalability required by cloud operators. In the architecture of various server products, the air-cooled and water-cooled designs of open loop systems are designed for high heat dissipation efficiency and high-density heat, with thermal interface materials playing an essential role. Dongguan M-Victory Material Technology Co., Ltd.'s high thermal conductivity and low thermal resistance thermal interface material can significantly enhance the efficiency of high-power chips. Through the design of air-cooled and water-cooled heat dissipation modules, it can effectively achieve the high-speed storage and energy-saving operation performance required by servers.