Graphene Materials

Aztrong Team has a versatile experience in graphene applications in different industry sectors. We’re committed to continually working to bring new innovations, applications and processes to our customers. We can offer different grades of graphene materials ( in powder or slurry form) to meet our customers need.

Graphene

Features：

Strongest Mechanical Strength， 200 times of Steel
Very good ductility, can stretch up to 20%
High Electronic Conductivity
Very good Thermal Conductivity, 10 times of Silver
Can be transparent
Easily Bending
Very low density

Applications：

Battery
Super Capacitors
Thermal Management
Lubricant
Graphene Composites
Sensor, IOT
EMI shielding
Rubber Composites
Anit-corrosion
Anti-Bacterial/Deodorizing
Filtration
Cement
Textile
…

Graphene-based Lubricants

Features：

More lubricating
Better seal off (reduce wear and friction)
Better protect ball bearings （Anti-tribo-corrosion）
Affordable Cost
Eliminate oil waste
Ｍore environmental friendly
Easily use/spray
improve gas mileage and engine life by reducing friction
improve wear resistance, extend engine life, increase fuel efficiency, and increase engine power

Graphene-based Thermal Solutions

Features：

High Thermal Conductivity: 700 to 1750 W/(m-K),>is 2~4 times of Copper. 3~7times of Aluminum
Specific Density 0.85 ~ 2.1 g/cm3
RoHS Compliance

Applications:

Portable devices (smart phones, tablet, …)
Machining tools
LED
Notebook
Battery
…

Graphene-Conductive Ink

Features：

Can deliver tons of high quality graphene-conductive ink yearly
Graphene-based conductive inks can be used on various flexible and hard substrates, such as PET and glass, and have strong adhesion to the substrate, high stability, and will not be oxidized, which is better than metal-based conductive inks.

Technical Features：

Graphene-based conductive ink can have a very good flexural property, which is beneficial to the application of flexible material surfaces.
Aztrong Graphene-based conductive ink has high electronic conductivity, and the curing condition is performed at low temperature and a short curing time and low energy consumption.
Graphene composite material has low sheet resistance, which is comparable to the current high-end conductive silver paste on the market, but the price is much cheaper than the conductive silver paste