Thermal Gap Pad

Extended Types of Thermal Gap Pads

Along with the traditional standard thermal gap pads, different specialized forms have been developed to meet different application requirements over the years. These versions are custom-made to serve a broad range of your applications in any sector or to meet your specific requirements.

GALLOP INNOTEK Ultra – Soft Thermal Gap Pad

This variation has some unique features. It is unbelievably soft and doesn’t feel hard. It is very easy to compress down into an extremely thin layer. It is worth noting that the benefits of such thermal gap pads are considerable. It is particularly useful for your pressure-sensitive devices, such as those sensitive chips and the like other fragile chips and glass substrates. It can achieve a correct and secure fit even with minimal pressure applied. For standard use, this type of thermal gap pad is frequently used in slim, lightweight consumer electronics. For instance, it can be applied to your smartphones, which are compact and need effective heat dissipation. Tablets, known for their slim form factors and advanced internals, could also utilize such a pad. Additionally, your high-end camera modules also utilize GALLOP INNOTEK ultra-soft thermal gap pads.

GALLOP INNOTEK Ceramic – Filled Thermal Gap Pad

GALLOP INNOTEK Ceramic–Filled Thermal Gap pad contains ceramic particles, which is a significant advantage. This helps enhance the thermal conductivity and insulation of the pad. In addition to the increased thermal conductivity required for optimal heat dissipation, it also ensures excellent electrical insulation. Such high electrical insulation is crucial to prevent short circuits, which could otherwise cause damage or malfunction to the apparatus. Typical applications of GALLOP INNOTEK thermal gap pads include power modules, which require both efficient heat handling and electrical insulation. Inverters used in many electrical systems also utilize ceramic-filled thermal gap pads. In addition, the battery modules of new energy vehicles, which are leading the burgeoning electric vehicle industry, employ such pads to improve performance and safety.

GALLOP INNOTEK High – Conductivity Thermal Gap Pad

This version is one of the most thermally conductive options available. It has a very high thermal conductivity, with values of over 10 W/m·K being tested. This makes it ideal for the most rigorous power challenges. One of the major benefits of GALLOP INNOTEK’s High thermal conductive gap pad is that it dissipates heat very quickly from the source of your devices. In doing so, it effectively removes the risk of localized overheating, a common problem in high-power applications. In terms of common applications, the GALLOP INNOTEK thermal gap pad is often used in 5G base stations. These are base stations with large amounts of data, and therefore, the heat must be efficient, because their operations are necessary. Server CPUs and GPUs, the workhorses of the modern computing and data processing world, server CPUs and GPUs also depend heavily on high- high-connectivity thermal gap pads. Furthermore, there is a requirement for high-performance power supplies that must provide stable and reliable power to multiple subsystems. The use of bonded heat sinks allows for more efficient operation, and the high-conductivity thermal Gap pad improves the dependability of your electronics.

Common Thermal Gap Pad Usage

Consumer Electronics: GALLOP INNOTEK Thermal Gap Pad is a bridge between chips and heat sinks for laptops, tablets, game consoles, and more.

Automotive Electronics: Battery module, Inverter, In-vehicle ECU. The GALLOP INNOTEK Thermal Gap Pad ensures stable heat dissipation and reliability.

Communication Equipment: Maintaining a balance of temperature in the 5G base station and server power module with high power density.

Industrial: Power modules and power supplies, and the long-term operating stability is also ensured.

Technical Specifications (Gallop GTP Series)

Thermal Conductivity: 1.0–20.0 W/m·K

Thickness Range: 0.3–20 mm

Hardness (Shore 00): 5–70 (depending on model)

Breakdown Voltage: ≥ 3.0 kV/mm (select models)

Flammability: UL94 V0

Operating Temperature: -40 to 200°C

Summary of Users Value

Choosing GALLOP INNOTEK Thermal Gap Pad means your device will benefit from:

Better Heat Dissipation: Reduced temperature rise and extended lifespan.

Easier Assembly: Simply attach without worrying about pumping or cracking.

Higher Reliability: Stable in diverse environments and long-term operation;

Widely Applicable: GALLOP INNOTEK offers suitable models that are suitable for various applications, ranging from home electronics to new energy vehicles.