carbon graphite plate

Customize high pure different types carbon graphite plate is made of qualified and easy-to-process raw materials. Combining all the great performance of those materials, DAKING is stable and durable in use.It is a perfect combination of all perfection and is bound to create benefits for customers.  

High density pyrolytic graphite thin sheet plate for vacuum pump has won high attention and praise from customers.Technology is applied to better meet market demand.It will surely accommodate customers' unique temperament and taste.  

We provide Hot sale supply high pure refractory carbon graphite plate for communication industry that withstand latest industrial demands and meet highest quality and safety measure to ensure long lasting support, durability and efficient performance. These are used in daily routine productions and manufacturing and is a need for all industries.  

Fuel cell graphite bipolar plates have been widely recognized for their excellent performance and wide application fields. Its use can effectively reduce the emissions of traditional fuel cells and reduce energy consumption and waste.

Graphite plate - made of high-purity graphite material, has stable physical and chemical properties, and is an application choice in many industrial fields. Let’s take a look at the common uses of graphite plates!

In the electronics industry, graphite plates are often used as heat dissipation materials for electronic equipment, which can ensure that the equipment can operate stably in high-temperature environments. In the chemical industry, graphite plates are used as corrosion-resistant linings for chemical equipment, effectively extending the service life of the equipment. In the metallurgical industry, graphite plates are often used in the manufacture of high-temperature smelting equipment. Its high-temperature resistance allows the equipment to operate stably at extreme temperatures. At the same time, graphite plates are also an ideal material for making battery electrodes, which can improve battery performance and stability.

Carbon-graphite bipolar plates are lightweight and durable, which is an important consideration for any fuel cell application. These plates provide a high strength-to-weight ratio, which means they are rugged but do not add unnecessary weight to the fuel cell stack. They are also resistant to thermal shock, a common problem in fuel cells that can cause bipolar plates to crack and fail.

Technologies are essential to the manufacturing of High purity electric conduction graphite bipolar plate for battery.After being upgraded for several generations, the newest product has been proved to have more extensive uses in Graphite Sheets and other fields.  

Graphite bipolar plates are important components in assembling fuel cells. The material is highly conductive, lightweight and mechanically strong, making it ideal for fuel cell stacks. These plates are designed to provide a conductive surface for the transfer of reactants, products, and electricity between the anode and cathode of the fuel cell.

There are many options on the market for high pure carbon graphite plate, so why should you choose us?Firstly, our carbon graphite plates are made from the highest quality materials. You can trust that our boards will meet or exceed your expectations in terms of purity, strength, and durability.

Graphite bipolar plates are an important part of fuel cells. It can be used as an electrode for hydrogen and oxygen, which is converted into electrical energy through electrochemical reactions. Compared with other materials, graphite bipolar plates have good electrical conductivity, corrosion resistance and high compressive strength, so they are widely used in fuel cells.

Graphite sheets are made from high-quality graphite, known for its exceptional properties, including high electrical conductivity, heat resistance and chemical inertness. Due to their unique properties, they are commonly used in industrial sectors such as chemical, electrical and mechanical engineering where high temperatures and corrosive environments are prevalent.