DSN_Thu Thủy (@dsngraphitesheet.en)

Replace heavy metal heat sinks with a lighter graphite solution. The UHTD series graphite sheet weighs 70% less, with a density of only 1.9 g/cm³, while improving heat dissipation efficiency by 5x. It delivers 1500–2000W/m·K thermal conductivity for reliable heat spreading in compact, high-power electronics.#GraphiteSheet #LightweightCooling #MetalReplacement #ThermalManagement #UHTDSeries

For direct chip mounting, the UHTD series adhesive-backed graphite sheet provides a simple answer: peel and stick. The integrated high-thermal-conductivity adhesive allows immediate attachment to the chip surface, eliminating extra fasteners or complex assembly steps. With thermal conductivity of 1500–2000W/m·K, it combines reliable fixation with efficient heat spreading for compact, high-power electronics.#GraphiteSheet #AdhesiveBacked #ChipCooling #ThermalManagement #UHTDSeries

Graphite Layer Extends Battery Pack Life by 2 Years#BatteryThermalManagement #GraphiteSheet #EVBattery #CellTemperature #CoolingEfficiency

Graphite sheets with 1500W/m·K+ in-plane conductivity offer a reliable alternative to thermal grease and metal heat sinks. They spread heat evenly, resist aging, oxidation, and deformation, and maintain stable cooling performance over time. Ideal for chips and compact electronics.#GraphiteSheet #ChipCooling #ThermalManagement #InPlaneConductivity #ThermalGrease

Graphite sheets deliver 5x the heat conduction of copper and spread thermal energy in 3 seconds. Instead of concentrating heat at one point, they transform it into an even surface temperature. The result: no local hot spots, more uniform device cooling, and improved reliability. Ideal for compact electronics, chips, and high-power modules.#GraphiteSheets #ThermalManagement #HeatSpreading #CopperAlternative #CoolingSolution

AI Compute Surges, Cooling Breaks Through: 2000W/m·K Graphite at 0.017mm #Graphite、#Conductivity、#AI#Breakthrough、#Thin

When cooling space is pushed to the limit, this self-developed artificial graphite sheet delivers. At just 17μm — thinner than a human hair — it adds virtually zero space while offering 2000W/m·K thermal conductivity. Fully customizable for different shapes and sizes. Samples available upon request — DM to discuss your application.#Graphite, #Thin, #Conductivity

From once being bottlenecked to now exporting overseas, Chinese materials have finally stepped up. Overseas clients are lining up to lock in capacity. This is what Made in China can do.#Graphite, Conductivity, #Thin#China, #Global

A client asked only three questions: How much faster than copper? How thin? Can you send samples? After the engineer tested the temperature rise, the first order was placed that same day. That’s the power of a 2000W/m·K graphite sheet — 5x copper, ultra-thin, and instantly proven.#Graphite,# Conductivity, #Sample#Order, #Speed

Vietnam-Made Graphite Sheets: 1800W/m·K Performance at Half the Cost#Graphite, #Conductivity, #Cost#Vietnam, #Performance

Domestic Graphite Sheets Crush Copper Foil & Silicone: 2000W/m·K, 5x Faster#Graphite、#Conductivity、#DieCutting#Cooling、#Upgrade

For 3C electronics still stuck on copper foil, artificial graphite sheets change the game. With in-plane conductivity maxed at 2000W/m·K, they equalize temperature in seconds and prevent heat buildup. Custom die-cut to any shape, they fit smartphone chips, tablet SoCs, smart wearables, and more. A decisive upgrade for compact, high-power devices.#Graphite、#Conductivity、#DieCut#Cooling、#Custom

When cooling space is at its limit, this self-developed artificial graphite sheet delivers. At just 17μm — thinner than a hair — it adds zero space. Flexible enough to fit curved and irregular structures, it offers 20% lower thermal resistance than copper and 2000W/m·K conductivity, spreading heat instantly across the entire surface. A compact, high-performance cooling solution for modern electronics.#Graphite, #Thin,# Flexible

Metal is heavy. Plastic can’t conduct heat. Artificial graphite sheets fill the gap — delivering heat transfer 5x faster than copper while being 70% lighter than aluminum. For one engineering team, the thermal bottleneck that stalled their project for six months was solved with just one sheet. Thin, light, and fast: the practical answer to modern cooling challenges.#Graphite, #Copper, #Lightweight

When Did Chinese Graphite Sheets Earn Global Trust? 2000W/m·K, Three Bases, Die-Cutting Supply#Graphite, #Conductivity, #DieCutting#Global, #Quality

From 5G base stations to new energy batteries and server cooling, Chinese graphite sheets are covering more applications. One NEV maker adopted them for battery thermal management and cut costs by 40%, declaring outright: European and American thermal films no longer compete on value. Performance and price — both now favor China-made graphite.#Graphite, #Battery, #Cost#Edge, #Global

Stop Relying on Thick Copper: 1800W/m·K Graphite Sheet for Phones, Laptops, Batteries & 5G #Graphite、#Conductivity、#DieCut#Versatile、#China

7‑Day Countdown to New Product Crash — One Graphite Sheet Brings Chip Temperature Down#Graphite, #Chip, #Cooling#Solution, #Reliability

1500W/m·K Artificial Graphite: Stable Cooling for High‑Power Chips & Compact Modules#Graphite 、#Conductivity 、#Stable #Cooling 、#Reliability

A rush order for 5,000 artificial graphite sheets proves the market demand is real. With 1800W/m·K thermal conductivity and 0.025mm ultra‑thin profile, this material delivers premium performance in a compact form. The procurement team quoted same day and shipped within three days – proving that speed and reliability can go hand in hand.#Graphite, #Conductivity, #Thin#Speed, #Trust

17μm Graphite Sheet: Thinner than Hair, -40°C~400°C, Zero Protrusion in Car Seats #Graphite、#Thin、#Temperature#Automotive、#Comfort

One of the fastest thermal conductors available — 5x faster than copper. So responsive that hand warmth alone can transfer enough heat to cut ice. When one client switched from copper to graphite sheets, they saw cooling efficiency jump by 30%. Speed that's not just measurable — it's tangible.#Graphite, #Speed, #Copper, #Efficiency, #Cooling

1700W/m·K Graphite: 40% Lower Thermal Resistance than Aluminum, Fits Where Rigid Heat Sinks Can't#Graphite, #Thermal, #Flexible, #Automotive, #Conform

Chip Overheating? Graphite Spreads Heat in 3 Seconds — Twice as Fast as Aluminum#Graphite、#Speed、#Cooling#Upgrade、#Popular

Indian Boss Drove 3 Hours, Tested Our Graphite Sheet, and Shouted: "This Is It!"#Graphite, #Test, #Fast, #Client, #Result

This graphite sheet doesn't just conduct heat faster — it spreads it wider. With thermal conduction 5x faster than copper and surface spreading 10x faster, it eliminates hotspots before they form. The result: cooler devices, stable performance, and no throttling. Speed that redefines thermal management.#Graphite、#Conductivity、#Spreading

Upgrade from bulky copper and aluminum heat spreaders. #Graphite、#Conductivity、#Lightweight #Efficiency、#Cost

Upgrade from bulky copper and aluminum heat spreaders. This graphite sheet is 25% lighter than aluminum and 75% lighter than copper, yet delivers 2000W/m·K thermal conductivity with thermal resistance 40% lower than aluminum. It cuts energy use and material costs while maintaining stable performance even under extreme heat. A smarter, lighter, and more efficient cooling solution.#Graphite#Conductivity#Lightweight#Efficiency#Cost

4x Thermal Conductivity vs. Copper: Graphite Sheets Are the New Standard#Graphite#Conductivity#Copper#Upgrade#Cooling

This ultra‑thin graphite film replaces thick, outdated thermal materials. At only 17μm, it flexes through 200,000 bends without cracking. It occupies zero space inside your device and conforms perfectly to any curved surface. Ideal for foldable phones, wearables, drones – wherever space is tight and performance matters. Thin, tough, and thermally superior#Graphite#Thin#Bend