Product Overview

Product Description - Our Competitive Edge: Total Solutions, Unmatched Expertise

液態金屬 Liquid Metal

Our gallium-based low-melting-point alloy remains in a stable liquid state at room temperature. It is non-toxic, non-volatile, and engineered for safe, reliable use in thermal management applications. As the next-generation Thermal Interface Material (TIM), it delivers industry-leading thermal conductivity of 72–85 W/m·K. By minimizing interface thickness to the absolute limit, it achieves ultra-low thermal resistance, maximizing heat transfer efficiency between critical components and heat sinks. This advanced material is ideally suited for high-power electronics, including: • AI processors & accelerators • High-end CPUs & gaming GPUs • 5G and high-speed communication modules • Power-dense semiconductor devices It represents the cutting edge of thermal interface technology, making it the preferred solution for applications where traditional greases or pastes fall short.

Applications：

CPUs, GPUs, Notebooks/Laptops,PC, High-performance chipsets
IGBT Power Modules
5G base stations, RF modules, AI processors & accelerators
Convection-based thermal systems - heat sink, vapor chamber, or cold plate
Medical Devices

液金蓋板 Liquid Metal Polymer Cover

The Liquid Metal Polymer Cover is a smart, protective solution specifically designed for thermal modules, preventing liquid metal leakage and safeguards surrounding components like capacitors—ensuring system safety and preventing short-circuit damage.

Precisely engineered for optimal surface conformity, filling micro-gaps and delivering superior protective performance
Custom-tailored solutions available to accommodate complex mechanical geometries and housing designs
Patented to ensure exclusivity and safeguard customer applications

液態金屬噴塗機 Liquid Metal Dispenser

Our Liquid Metal Dispenser enables automated, precision coating of thermal surfaces, improving production efficiency and thermal interface performance. Winchain offers full technical assistance and system integration support.

Enhanced spraying efficiency (~10s per chip measuring 10x19mm)
Reduced manual error and improves overall product yield
Features a specialized anti-corrosion protective layer
Implemented in mass production at Quanta and Inventec
Proven track record of over 5 million units
Patented to ensure exclusivity and safeguard customer applications

液態金屬複合導熱膏 Hybrid Grease

This high-performance thermal grease is formulated with custom silicone oil, liquid metal, and functional additives, synthesized through proprietary dispersion technology. The liquid metal is surface-modified to prevent aggregation or phase separation, to ensure uniform distribution within the silicone matrix. This optimized formulation significantly enhances printing stability and mass production yield.

Delivers excellent thermal conductivity and ultra-low thermal resistance, with outstanding durability across wide temperature ranges. Effectively fills air gaps between chips and heat sinks to enhance heat flow, lower chip temperatures, and extend component lifespan.

Properties：

Ultra-low thermal resistance with excellent performance.
No pump-out or hardening; broad range of material compatibility.
Waterproof, non-curing, and highly wettable for optimal surface contact.
Non-toxic, odorless, and chemically and physically stable.

Applications：

CPU, GPU, Notebooks/Laptops, PC, High-performance chipsets
Server,Network Communication Devices
5G base stations, RF modules, AI processors & accelerators
Thermal critical high-performance modules

液態金屬反應固化型導熱膏 Liquid Metal Reactive Hybrid Grease

A high-performance TIM 1 material formulated with reactive silicone base, Liquid Metal, and thermal fillers, engineered through proprietary dispersion technology. The liquid metal is uniformly dispersed with no segregation or leakage. It withstands 260 °C reflow temperatures, and partially cures under heat to reduce chip warpage. Its composite thermal pathway significantly lowers interfacial thermal resistance, delivering superior performance over conventional TIM 1 materials for advanced packaging applications.

反應固化型導熱膏 Reactive Hybrid Grease

A high-performance TIM 1 thermal grease designed for advanced chip packaging, formulated with reactive silicone and multifunctional thermal fillers using proprietary mixing and dispersion technology.

Similar to its Liquid Metal counterpart, it undergoes reflow temperatures up to 260 °C and cures under heat to mitigate chip warpage in packaging structures. Its multi-filler thermal pathway significantly reduces interfacial thermal resistance, offering performance that surpasses conventional TIM 1 materials.

高性能導熱膏(矽油) Advanced Thermal Grease (Silicone)

This thermal grease is formulated with specialized silicone oil and high-efficiency thermal fillers, using proprietary dispersion techniques to achieve uniform distribution and material stability.

It combines high thermal conductivity with long-lasting wettability and resists drying or hardening over time.

With excellent electrical insulation and non-corrosive properties, the material helps reduce interfacial thermal resistance. Comparable in performance to leading global TIMs, it offers a cost-effective solution for high-performance applications.

Properties：

Ultra-low thermal resistance
Excellent overall performance
Resists drying and hardening; compatible with various materials
Non-curing, waterproof, and highly wettable—prevents pump-out
Electrically insulating with stable long-term performance
Non-toxic, odorless, and chemically and physically stable.

Applications：

CPU,GPU,Notebook/Laptops, PC,High performace chipsets
Thermal critical high-performance modules
LEDs,Control panel
Networking devices,Server
Consumer electronics

導熱膏（非矽油）Advanced Thermal Grease (non-silicone)

Non-silicone thermal grease formulated with ester oil to eliminatethe formation of siloxane compounds. It prevents issues like fogging on optical surfaces and reduces the risk of terminal contamination or short circuits in electronic components.

This material operates from -40 °C to 150 °C, non-volatile, and resists drying for long-term reliability.

Properties：

Specially designed for projectors and other optical systems
Ester oil offers excellent thermal stability across wide temperature ranges, significantly improving pump-out resistance
Non-volatile, non-drying, and non-hardening with broad material compatibility
Excellent electrical insulation performance
Non-toxic, odorless, and non-corrosive

Applications：

Suitable for optical systems such as projectors
High-performance, high-heat-generating components including lasers, LEDs, and control panels
Networking equipment and server applications

浸沒式PAO冷卻液專用導熱膏 PAO-Based Thermal Grease (for Immersion Cooling systems)

Specifically developed for immersion-cooled systems using PAO (polyalphaolefin) fluids, this high-performance thermal grease is the only known alternative to Indium foil that withstands direct PAO exposure -offering long-term stability without decomposition or hardening.

Validated by global customers, it delivers lower thermal resistance than indium, reduces server chip temperatures, and offers a more cost-effective alternative.

Properties：

Proprietary formulated for used PAO-based environments
Insoluble, resistant to decomposing, and bleeding in PAO environments
Non-drying, non-hardening, broad material compatibility
Excellent insulation and long-term reliability
Non-toxic, odorless, and non-corrosive

Applications：

Ideal for PAO-based immersion cooling systems
Suitable for high-performance, high-heat-generating chips and components
Immersion-cooled servers and networking equipment

高性能冷冽藍導熱膏 Advanced Thermal Grease (blue colored)

This uniquely blue thermal grease is formulated with specialty silicone oil and proprietary high-conductivity fillers. Unlike conventional greys, its striking color enhances product identity while maintaining excellent thermal performance, long-term stability, and strong material compatibility without drying, hardening, or corrosion.

Properties：

Ultra-low silicone oil bleed; non-drying, non-melting, excellent material compatibility
Superior thixotropy for effective gap filling between components and heat sinks
Moisture-resistant, non-curing, with excellent wettability
Electrically insulating with stable long-term performance
Non-toxic, odorless, and non-corrosive

Applications：

Electronic components
Memory modules
LEDs
Optical communication devices

導熱凝膠 Thermal Gel

Formulated with specialty silicone oil， advanced conductive fillers, and multifunctional additives, this thermal grease delivers excellent conductivity, insulation, and long-term stability without oil separation. It fills surface gaps to lower component temperatures and extends device life. With lower density and superior stiffness compared to competitors, it offers outstanding cost-performance value.

Properties：

Ultra-low silicone oil bleed; non-drying, non-melting, excellent material compatibility
Superior thixotropy for effective gap filling between components and heat sinks
Moisture-resistant, non-curing, with excellent wettability
Electrically insulating with stable long-term performance
Non-toxic, odorless, and non-corrosive

Applications：

Electronic components
Memory modules
LEDs
Optical communication devices

相變化導熱片 Phase Change Material Sheet

A high-performance phase-change thermal pad made with proprietary polymers, conductive fillers and multifunctional additives.

It melts at 45 °C, ensuring excellent thermal conductivity, electrical insulation, and temperature resistance.

Its phase-change behavior absorbs thermal shock and prevents pump-out, offering top-tier performance with easier application and better cost-efficiency than imported alternatives.

Properties：

Phase-change occurs at 45 °C; soft and compliant texture enhances surface contactOutstanding anti-pump-out performance due to phase-change behavior
Ultra-low thermal resistance with excellent thermal performanceUltra-low thermal resistance with excellent thermal performance
Ultra-low thermal resistance with excellent thermal performance
Non-toxic, odorless, non-corrosive; chemically and physically stable

Applications：