With the rapid growth of advanced industries such as energy storage, metallurgy, and aerospace, the demand for high-performance carbon materials continues to rise. Industrial carbon material sintering, especially graphitization, requires precise temperature control, large processing capacity, and st

The demand for high-purity graphite has surged in industries such as lithium-ion batteries, aerospace, and advanced electronics. Achieving superior graphite quality requires precise control over graphitization processes, high temperatures, and an inert or vacuum environment to prevent contamination.

Revolutionizing battery anode production, the 3200°C ultra-high temperature graphitization furnace is transforming the way advanced carbon materials are processed. Designed for large-scale industrial use, this furnace efficiently handles battery anode materials, C/C composite products, carbon fibers

High-temperature sintering furnaces are one of the indispensable devices in modern industrial production, especially playing a significant role in fields such as ceramics, metallurgy, and electronics. So, how does a high-temperature sintering furnace work and in which fields is it widely applied? Be

High-temperature graphitization furnaces are common experimental equipment, and various faults may occur during their use. The following are some common faults and the corresponding emergency measures: 1. Power failure: If no current output is found from the high-temperature graphitization furnace,

The application and function of carbon fiber graphitization furnaceThe carbon fiber graphitization furnace is a special device specifically designed for the production of carbon fibers. This equipment uses graphite as the raw material. Through high temperature, the amorphous carbon part in the carbo

Do you know what application scenarios carbonization furnaces have in the field of new energyI. Overview of Carbonization Furnace Technology As a high-temperature processing device, the carbonization furnace is playing an increasingly important role in the field of new energy. Its core function is t

What do you think is the impact of the heating rate of the carbonization furnace on the productI. IntroductionAs a key piece of equipment in the material heat treatment process, the heating rate of the carbonization furnace is one of the important process parameters that affect the quality of the fi

Laboratory graphitization furnace is our popular sold furnace. Today we shipped one set of laboratory graphitization furnace to Sweden, which will go to European markets. Our quality is so good that customers repeat purchase from us. Wish more and more customer to contact us. We will show you our fu

The MIM degreasing and sintering furnace is mainly used in the Metal Injection molding (MIM) process to degrease and sinter metal parts after injection molding. The specific uses are as follows · Removal of Binder 1: During the metal injection molding process, a certain amount of polymer binder is a

The degreasing processes of MIM degreasing sintering furnace mainly include solvent degreasing, thermal degreasing, catalytic degreasing, etc., as follows: · Solvent degreasing: Utilizing organic solvents to remove the solvent portion from the binder. It is usually carried out at a certain temperatu

Whether a UL certificate is required for the export of high-temperature furnaces to the United States depends on a comprehensive judgment based on the product type, usage scenarios, and relevant regulatory requirements in the United States. The following is a detailed analysis:I. The Core Role of UL

CE certification is a mandatory safety mark for products stipulated by EU law and serves as a pass for products to enter the European market. High-temperature furnaces, as a type of industrial furnace, fall within the category of mechanical directives under the EU CE certification directives. They t

Graphite parts are various products made mainly of graphite, which have excellent physical and chemical properties and are widely used in multiple fields. The following is a detailed introduction from the aspects of components and uses:I. Main Components of Graphite PartsThe core component of graphi

According to the Announcement No. 39 of 2023 issued by the Ministry of Commerce and the General Administration of Customs, high-purity, high-strength and high-density artificial graphite materials and their products, as well as natural flake graphite and its products and other graphite parts fall un

Vacuum hot-pressing sintering furnaces and conventional sintering furnaces (such as air atmosphere sintering furnaces, box furnaces, etc.) have significant differences in process principles, performance and applicable scenarios. Their advantages and disadvantages can be compared and analyzed from di

The vacuum hot-press sintering furnace is an advanced material preparation equipment that integrates vacuum environment, high-temperature heating and pressure action, and is widely used in new material research and development and industrial production. The following is a detailed introduction from

A vacuum sintering furnace is a device that uses vacuum technology for heating treatment, mainly applied in the sintering and heat treatment of materials in industries such as metals, ceramics, and powder metallurgy. Its main features include good high-temperature uniformity, high vacuum degree, exc

The high-temperature graphitization furnace is a new type of high-temperature reaction furnace, which has wide applications in fields such as materials science, chemical engineering, and metallurgy. Its ten major characteristics are as follows:High-temperature stability: The high-temperature graphit

We have shipped the high temperature graphitization furnace to Korea in Mar.2025. It's temperature can reach 3000 degree and high vacuum. Unique design and high quality,which loved by our customers. For more, welcome to contact us, thanks!