Graphene, a remarkable material with extraordinary properties, has gained attention across various industries. But how much does it cost?

Let’s dive into the factors influencing the price of graphene.

Production method

The cost of graphene heavily depends on how it’s produced. Different methods include chemical vapor deposition (CVD), liquid phase exfoliation, and mechanical exfoliation. Each method varies in complexity and cost, affecting the final price of graphene.

Quality

The quality of graphene plays a crucial role in its cost. Higher quality graphene, which is more pure and has fewer defects, tends to be more expensive. It needs advanced techniques and careful control in production.

Quantity

Similar to many products, buying graphene in bulk usually offers cost advantages. Buying more gets you discounts. This makes it cheaper for industries that need lots of graphene.

Research vs Industrial Grade

Graphene comes in different grades tailored for specific applications. The graphene is for research. It is used for academia and experimentation. It might be more expensive. This is because it needs to be very pure and consistent. On the other hand, industrial-grade graphene, which may have slightly lower specifications but still meets industrial standards, can be more cost effective.

Market Demand and Supply

Like any commodity, the price of graphene fluctuates based on market dynamics. High demand and limited supply can drive prices up, while oversupply may lead to price reductions.

Application Based

Graphene undergoes treatments to enhance its properties. These treatments are for specific applications. These processes can increase the cost but also add significant value by improving performance.

Economies of Scale and Technological Advancements:

As production techniques advance and become more efficient, economies of scale kick in, potentially lowering the cost of graphene. Technological advancements in manufacturing processes can also contribute to cost reduction over time.

Price of graphene varies. It depends on factors such as production method, quality, quantity, market dynamics, and treatments. Graphene is still expensive compared to some materials. But, ongoing research and better production are lowering costs. This is making it more accessible for many industries.

At Adnano Technologies , there are different grades of Graphene according to specific applications such as:

1) Graphene D (Conductive Grade) – ₹3,500

This grade of graphene is easily dispersible and spreads uniformly.Highly conductive and lateral dimension of below 1 micron make it ideal for a wide range of applications to enhance thermal and electrical conductivity.

2) Graphene X (Composite Grade) – ₹5,000

These few layers of Graphene are used as a reinforcing filler in composite materials due to its exceptional mechanical, electrical, thermal and barrier properties. It enhances the performance of composite at a very low cost on matrix.

3) Graphene P (Paints and Coating Grade) – ₹38,000

When this grade is incorporated into the primer with less zinc content, it forms a dense and impermeable barrier layer that prevents moisture,oxygen, and corrosive agents from reaching the substrate. This barrier protection significantly reduces the risk of corrosion and extends the life span of the coated surface and environmental friendly coating.

4) Graphene – A+ (Battery Grade) – ₹40,000,

This high quality grade graphene is prioritised for energy storage applications, offering excellent performance in batteries and supercapacitors. Its superior conductivity and high surface area make it an ideal choice for cutting-edge energy solutions.

5) Graphene Oxide – ₹23,000

Graphene oxide is a versatile material used in water filtration, biomedical applications,and more. Its unique properties make it ideal for innovative technologies.

6) Reduced Graphene Oxide – ₹38,000

Reduced graphene oxide offers improved electrical conductivity and is widely used in sensors, energy storage devices, and thermal management systems.

To Know more, visit: Graphene Products.