Comprehensive Solutions for Graphene Solid-State Cooling and Diverse Thermal Interface Materials (TIM)
High-Performance Thermal Interface Materials | Eugene Electric
- Introduction
- Eugene Electric provides thermal management solutions tailored for high-density electronic devices, featuring exceptional thermal conductivity and heat dissipation. Our products are widely applied in AI servers, communication base stations, new energy systems, consumer electronics, and medical equipment. The complete lineup includes solid-state thermal pads, fluid and phase change materials, as well as composite thermal components with EMI shielding and high insulation properties, fully satisfying cooling requirements under various complex operating conditions.
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High-Performance Graphene Foam: Features high vertical thermal conductivity (≥30W/mK) and high compressibility, designed for gap filling and efficient heat transfer.
Dense Graphene Film: In-plane thermal conductivity up to ≥1500W/mK, suitable for efficient, flexible surface heat spreading in space-constrained products.
Graphene Solid-State Vapor Chamber: Equivalent thermal conductivity ≥800W/mK, providing an ultra-thin and reliable planar heat spreading effect.
Thermal Silicone Pad: Offers high flexibility, compressibility, and strong self-tackiness, ideal for standard gap filling applications.
Carbon Fiber Thermal Pad: A novel, lightweight oriented pad providing ultra-high vertical heat transfer efficiency and ultra-low thermal resistance.
Silicone-Free Thermal Pad: Uses an acrylic base material with no risk of silicone oil bleeding and strong adhesion, suitable for oil-sensitive environments.
Thermal Grease: Features extremely low thermal resistance and excellent lubricity, suitable for dispensing or stencil printing processes, specializing in cooling high-power chips.
Thermal Gel: Available in one- or two-part options, featuring low oil bleed, low volatility, and non-curing properties, perfectly conforming to highly irregular structures.
Thermal Putty: Highly plastic and lubricious, easily shaped to fill complex component gaps.
Silicone Potting Compound: Two-part room-temperature curing material, dedicated to thermal conduction and insulation protection in three-dimensional spaces like power supplies and transformers.
Phase Change Material (PCM): Softens and undergoes phase change at specific temperatures (e.g., 45°C~60°C) to perfectly fill microscopic gaps, combining the easy installation of pads with the low thermal resistance of grease.
Graphene EMI Shielding: Exceptional electromagnetic interference shielding effectiveness (e.g., X-band shielding ≥60dB), lightweight and corrosion-resistant, effectively solving EMI issues in high-frequency and communication equipment.
Highly Conductive Graphene Film: Ultra-lightweight (only 1/4 the density of copper) with high flexibility and corrosion resistance, serving as an ideal metal substitute for RF devices or lithium battery current collectors.
Thermal Absorber Material: Dual-function design that simultaneously solves thermal conduction and EMI problems in 5G communication and high-frequency equipment.
Ceramic Heat Sink: Features extremely high insulation, high-voltage breakdown resistance, and zero parasitic capacitance, suitable for networking and LED lighting equipment.
Precision Die-Cutting Processing: Provides customized sizing, adhesive backing, and composite die-cutting services for various thermal, absorbing, insulating, and metal foil materials.