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Graphite cold iron block application range and graphite electrode transportation precautions

Graphite cold iron block application range and graphite electrode transportation precautions

21-10-22

The range of areas where graphite cold iron blocks can be applied. As a conductive substance, graphite cold iron blocks are used in the electrical industry to manufacture electrodes, brushes, carbon rods, carbon tubes, positive electrodes of mercury positive flowers, graphite gaskets, telephone components, TV picture tubes, etc. Graphite cold iron block as a wear-resistant lubricant: graphite is often used as a lubricant in the dull industry, and the lubricating oil often cannot be used under high-speed, high-temperature and high-pressure conditions

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Graphite cold iron manufacturers: common problems and uses of graphite electrodes

Graphite cold iron manufacturers: common problems and uses of graphite electrodes

21-10-25

Graphite cold iron manufacturers: what are the common problems of graphite electrodes? Qingdao Sanlian Graphite Products Co., Ltd. is a modern enterprise specializing in carbon graphite processing, graphite cold iron manufacturers, the company's products are graphite cold iron, graphite rotor, graphite box, graphite heating element, graphite connecting plate, graphite plate, graphite screw, graphite heating tube, graphite mold, graphite flakes, etc. When using graphite electrodes, you need to pay attention to the following problems:

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Graphite cold iron manufacturers: the use of graphite plates, the use and performance of graphite electrodes

Graphite cold iron manufacturers: the use of graphite plates, the use and performance of graphite electrodes

21-11-03

Graphite cold iron manufacturers: the use of graphite plates, the use and performance of graphite electrodes: graphite cold iron in the refractory smelting industry, graphite crucibles are made of ingot protectants, smelting furnace lined magnesia carbon bricks. Conductive materials, in the electrical industry, graphite is widely used as electrodes, brushes, poles, carbon tubes and TV picture tube coatings.

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An overview of the key points of knowledge about graphite rotors

An overview of the key points of knowledge about graphite rotors

21-11-05

Graphite rotors are widely used in our lives, mainly because their performance advantages are well received by the public. So what is a graphite rotor? What is its specific use? Graphite has a certain electrical conductivity. As a new type of conductive material, graphite is used as a material in many electrical industries. Graphite rotors are mainly made of graphite, so it has the characteristics of graphite and can also be used as a lubricant and wear-resistant material.

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What are the functions and benefits of graphite rotors? How is it different compared to other rotors?

What are the functions and benefits of graphite rotors? How is it different compared to other rotors?

21-11-09

Graphite rotor is an important material that is widely used in many industries. The functions and advantages of graphite rotors are summarized as follows:1. Graphite rotor products have good adsorption. The pore structure of carbon gives carbon good adsorption, so carbon is often used as an adsorption material to adsorb moisture, odor and toxic substances. Someone has done an experiment, the graphite rotor baking tray for barbecue looks very clean, but when heated on the induction cooker, you will see that the grease and harmful substances adsorbed during grilling will slowly seep out.

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The working principle of the graphite rotor and extend its service life

The working principle of the graphite rotor and extend its service life

21-11-15

The working principle of the graphite rotor is: the graphite rotor breaks the nitrogen (or argon) blown into the aluminum melt into a large number of dispersed bubbles and disperses them in the liquid metal. According to the principle of gas differential pressure and surface adsorption, the bubble absorbs the hydrogen in the melt, adsorbs the oxide slag, and brings out the melt surface with the rise of the bubble, so that the melt is purified. Due to the fine dispersion of the bubbles, they are evenly mixed with the rotating melt and then rotated, slowly floating up in a spiral.

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