quality Thermal Pad & Thermal Grease manufacturer

TIG®7835N Liquid Metal Thermal Conductive Paste | Anti-vibration and Anti-overflow, covering the whole scene of 5G/vehicle/3C/industrial control.   TIG®7835N is a thermal paste made by combining gallium-based alloy with high thermal conductivity powder. Its thermal conductivity can reach 35.0 W/mK, effectively reducing the contact thermal resistance between the heat source and the heat sink. Unlike ordinary liquid metals, this product has excellent high thixotropy, significantly reducing the risk of flow and spillage. It can be used stably on vertical chips, vibrating equipment, and portable mobile devices; when combined with foam sealing, it can avoid the problem of metal liquid leakage and short circuit in harsh environments.The temperature range covers -40 to 200℃. It is non-toxic and environmentally friendly, meeting RoHS standards. It has a smooth texture and is easy to apply, supporting screen printing for mass production, and balancing manual prototyping and batch production on the assembly line. 1. 3C electronic & gaming equipment, essential for overclocking cooling High-power devices such as laptops, servers, storage modules, and gaming consoles operate under high load for long periods, and the chips are prone to reducing their clock speeds due to high temperatures.The low thermal resistance characteristic of liquid metal thermal paste quickly discharges the heat from the chips. It does not flow under the conditions of device movement and long-term vibration, and is suitable for heat dissipation upgrades of gaming PCs, high-performance workstations, and portable digital devices.   2. 5G communication & network equipment, stable heat dissipation of base station modules The wireless communication module, router, and 5G base station equipment operate continuously without interruption for years. The equipment is installed vertically and mostly operates in outdoor vibration environments.The high-viscosity formula prevents the leakage of liquid metal. The wide temperature performance is suitable for outdoor high and low temperature environments. It is compatible with communication modules, optical modules, and laser optical equipment to ensure the long-term stable operation of communication equipment.   3. Electric control system for new energy vehicles, specially designed for on-board harsh conditions The on-board electric control and on-board computing chips are constantly exposed to a working environment with severe vibrations and large temperature differences, which requires extremely high stability of the heat-conducting materials.This product - with a wide temperature tolerance of 40~200℃, anti-vibration without overflow, can avoid the short circuit hazard of the metal heat-conducting fluid inside the vehicle, and is an excellent material for the thermal management of new energy vehicles.   4. Industrial industrial control, LED and intelligent security, mass production of general heat dissipation Industrial power supplies, industrial control motherboards, high-power LED lighting, outdoor security monitoring equipment, etc., mostly adopt screen printing for batch loading. TIG®7835N has a moderate viscosity, is suitable for automated construction on production lines, has strong weather resistance, and can maintain stable heat dissipation effect even under the long-term influence of wind and temperature changes in outdoor equipment, meeting the requirements of industrial mass production.   5. The product specifications are compatible with various usage scenarios The product offers multiple packaging sizes of 1ml, 5ml, and 30ml: The small-sized packages are suitable for R&D prototyping and after-sales maintenance; the large-capacity packages are suitable for batch production on factory assembly lines, providing one-stop solutions for all stages of R&D, mass production, and maintenance for heat dissipation needs.  

New Energy Vehicle Battery Pack Sealing & Thermal Management Solution I. Industry Challenges: Dual Issues of Battery Pack Sealing and Thermal Management Power batteries are critical safety components in new-energy vehicles. Exposure to water during driving, temperature fluctuations, and road vibrations can easily lead to water ingress and dust accumulation within the battery enclosure. Industry mandatory standards require battery packs to achieve at least an IP67 protection rating. Traditional sealing materials suffer from poor resilience and tend to degrade under high temperatures, resulting in cracks and leaks over time. Meanwhile, heat generated by cell charging and discharging is concentrated, and insufficient thermal insulation of seals may exacerbate heat buildup, increasing the risk of thermal runaway. There is an urgent need for an integrated material solution that simultaneously ensures sealing, thermal insulation, and shock absorption. II. Core Sealing Solution: Z-FOAM800 by Ziitek Achieves Stable IP67 Protection ZIitek's independently developed Z-FOAM800 closed-cell silicone foam is specifically engineered for battery pack flange sealing applications, providing a one-stop solution for waterproof and dustproof sealing, reliably meeting the long-term IP67 protection standard. Highly Closed-Cell Airtight Structure: With a closed-cell rate exceeding 90%, its dense cellular structure effectively blocks pathways for moisture and dust infiltration, ensuring no leakage during vehicle submersion or rainy conditions. Compression permanent deformation is ≤5%, enabling stable rebound even after prolonged vibration and thermal cycling, preventing seal failure or gaps over time. Full-Temperature Range Compatibility: Operates reliably within a temperature range of -40°C to 200°C, maintaining performance in extreme cold northern climates and intense summer heat. Resistant to ultraviolet radiation and salt spray corrosion, it meets the 10-year service life requirements of entire vehicles. Enhanced Flame Retardant Safety: Certified with UL94 V-0 flame retardancy, it produces low smoke and is non-toxic. Additionally, it provides cushioning and vibration isolation, effectively mitigating assembly stress caused by thermal expansion/contraction of cells and vehicle body vibrations. III. Integrated Collaboration: Sealing Materials Supporting Battery Pack Thermal Management   Z-FOAM800 combines sealing and basic thermal insulation with a thermal conductivity of 0.12 W/mK, effectively blocking external heat and cold interference from the battery enclosure. When combined with thermal conductive silicone sheets and liquid cooling structures, it forms a complete thermal management system. The foam material isolates temperature transfer across the casing, reducing internal module temperature differences; its elastic properties fill assembly gaps in the enclosure to prevent localized heat accumulation; and its flame-retardant base material slows down heat diffusion, creating multi-layered safety protection. The material supports adhesive backing, fiberglass composites, and custom die-cutting, making it compatible with various battery pack architectures such as CTP, CTC, and CTB, simplifying assembly processes. IV. ZIITEK’s One-stop Material Service ZIITEK specializes in new-energy thermal sealing materials and offers customized Z-FOAM800 sealing gaskets tailored to automakers’ battery pack dimensions. We provide free sample production, performance testing, and thermal management material selection services, balancing mass production costs with safety standards. This enables us to deliver reliable, long-term integrated solutions for battery pack sealing and thermal management to OEMs and battery pack manufacturers.