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Phone： +86 135 4224 3751
Cell Phone
Smartphones generate concentrated heat from 5G modems, high-performance SoC/CPU/GPU, and fast charging. Sheen thermal materials create low-resistance heat paths to move heat from hotspots to graphite/vapor chambers, the mid-frame, or the housing—helping keep performance stable and surface temperature comfortable.
You can achieve: ① less throttling under sustained load; ② better battery & IC reliability; ③ fewer hotspots in ultra-thin structures.
Need material selection? Share your target thickness and temperature range—get recommended parts, datasheets, and samples for validation.
Overview
Cell PhoneThermal Interface Materials (TIMs) Solutions
Smartphones generate concentrated heat from 5G modems, high-performance SoC/CPU/GPU, and fast charging in ultra-thin designs. Poor thermal transfer can cause throttling, slower charging, and uncomfortable surface temperatures.
Thermal interface materials (TIMs) create low-resistance heat paths from hotspots (SoC/PMIC/battery) to heat spreaders, graphite sheets, vapor chambers, the mid-frame, or the housing—improving sustained performance, reliability, and user comfort.
Benefits
Smartphone Thermal Materials, Built for Thin Designs & Sustained Performance
Reduce Hotspots, Maintain Peak Performance
Efficient heat transfer from SoC/CPU/GPU and power ICs to graphite/vapor chambers and mid-frame—less throttling under gaming, 5G, and AI workloads.
Thin Gap-Filling, Stable Contact Pressure
High-conformability TIMs accommodate tolerance stack-ups and uneven surfaces—lower thermal resistance and consistent unit-to-unit performance in slim assemblies.
Reliable Through Thermal Cycling
Low-bleed / low-volatility options help reduce contamination risk and maintain stable performance across thermal cycling, daily charging, and long-term use.
Fast Prototyping + Custom Converting Support
Custom thickness, hardness, and die-cut shapes for smartphones—quick sampling to speed up validation and smooth ramp to mass production.
Related Products
Discover product categories commonly used in this application. You can replace these cards with your own thermal materials, TIMs, foams, tapes, or soldering-related products.
Thermal Pads
Soft, conformable thermal pads for gap filling and reliable heat transfer in electronics.
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Thermal Grease
High-efficiency thermal grease solutions for CPUs, power modules, and industrial assemblies.
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Silicone Foam
Foam materials for sealing, cushioning, insulation, and fire-barrier applications.
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Thermal Tape
PSA laminated thermal tapes for fast assembly and consistent thermal interface bonding.
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Graphite Sheet
High in-plane conductivity graphite materials for heat spreading in compact devices.
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EMI Absorbers
EMI absorbing materials to reduce interference and improve signal integrity in electronics.
Browse ›Smartphone Thermal Applications
SoC & 5G Modem Thermal Coupling
TIMs transfer heat from the SoC/CPU/GPU and 5G modem to graphite sheets or vapor chambers—reducing hotspots and throttling under sustained load.
Battery & Fast-Charging Heat Control
Improve heat spreading from the battery pack and charging IC to the mid-frame—supporting fast charging stability and better long-term reliability.
Camera & Surface Temperature Management
Thermal pads/gels help couple camera modules and nearby components to the frame—balancing heat distribution and keeping touch temperatures comfortable.
Related Markets
Similar TIM solutions apply across compact, high-power electronics to control hotspots and improve long-term reliability.
