Nfion

The core reasons for high GPU temperature primarily center around three areas: First is the decreased efficiency of the cooling system (e.g., dust accumulation on fans, aged thermal paste), preventing heat dissipation. Second is high system load operation, keeping the GPU at full capacity for extended periods. Lastly, poor case airflow causes internal heat buildup.

What is a GPU? It is not just the core of a graphics card, but the driving engine behind AI, high-performance computing, and digital transformation. With its massively parallel architecture, a GPU can process thousands of data tasks simultaneously—expanding from graphics rendering to deep learning, scientific computing, and autonomous driving. Today, GPUs form the foundation of global computing power, supported by advanced thermal design and materials.

Corona treatment is more than just a surface process—it’s a key step that transforms the performance of thermal silicone pads. By increasing surface energy, it enables stronger bonding with adhesives, films, or other pads, reducing delamination and bubbles while ensuring consistent thermal conductivity.

Base stations are the core of mobile communication, and with the rise of 5G, thermal and energy challenges are increasing. This article explains the definition, structure, types, and principles of base stations, while highlighting the critical role of thermal interface materials in base station heat management for reliable and efficient networks.

Fluorinated fluid, also known as perfluoropolyether (PFPE), is a special compound made of carbon, fluorine, and oxygen atoms. Its exceptional electrical insulation, chemical inertness, low surface tension, and wide operating temperature range make it a critical medium for modern high-tech industries.

In-depth discussion on the feasibility of using silicone thermal pads in a vacuum environment. This article analyzes the special material requirements of vacuum conditions and how to solve thermal management challenges by choosing low-outgassing silicone thermal pads that comply with NASA ASTM E595 standards, offering professional insights for precision electronics and aerospace.

In the realm of electronics thermal management, thermal gel has become an indispensable material due to its excellent gap-filling capabilities and high thermal conductivity. However, simply choosing a good thermal gel isn't enough; the appropriate extrusion rate is crucial for its performance to be fully realized. So, what exactly is the "right" extrusion rate? This isn't a simple fixed number; it involves considering multiple dimensions such as material properties, application equipment, and cooling requirements.

The core function of thermal interface pads is thermal conduction, not sealing. They can provide a certain degree of physical isolation, blocking dust and slowing down moisture penetration, but this is fundamentally different from professional sealing materials in terms of function and effect.

In summary, whether thermal conductive absorbing materials themselves are toxic is a complex question with no blanket answer. Some components, especially heavy metals and nanomaterials, do pose potential health risks. However, at the same time, the research and development trend of modern thermal conductive absorbing materials is to use more environmentally friendly and safer components, and in practical applications, the materials are usually effectively encapsulated in solid form, greatly reducing the possibility of ordinary users coming into contact with harmful substances.

Thermal Conductive EMI Absorbing Materials are hybrid materials that combine thermal conductivity and electromagnetic wave absorption, widely used in 5G, automotive, and computing for heat and EMI control.

Improving thermal gel stringing is a systematic undertaking, spanning materials science, rheology, and engineering applications. By fine-tuning material formulation, strictly controlling production processes, and continuously optimizing dispensing techniques, we can significantly reduce or even eliminate stringing.