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Introduction to the Structure of a Vacuum Dual-Direction Pressure Sintering Furnace

Introduction to the Structure of a Vacuum Dual-Direction Pressure Sintering Furnace

Products like vacuum double-action pressure sintering furnaces are essentially industrial tools—most of us have never seen or even heard of them. You could say they’re not commonly encountered in everyday life, yet they play an indispensable role in the industrial sector. So, the first thing we need to understand clearly when using these machines is their structure. Let’s dive in and explore it together!

2022-10-26

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What are the main advantages of a vacuum dual-pressure sintering furnace?

What are the main advantages of a vacuum dual-pressure sintering furnace?

Sintering is the primary method for manufacturing ceramics. With the advancement of vacuum sintering technology, vacuum double-action pressure sintering furnaces have become the key equipment for sintering both ceramics and alloys. So, let’s now explore the main advantages of these vacuum double-action pressure sintering furnaces!

2022-10-20

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How to adjust the temperature rise and fall in a vacuum bidirectional pressurized sintering furnace

How to adjust the temperature rise and fall in a vacuum bidirectional pressurized sintering furnace

Mastering precise temperature control is key to determining the optimal sintering temperature range. To assess whether you’re achieving proper combustion or avoiding overheating, refer to the electrical performance parameters of your vacuum double-action pressure sintering furnace. Now, let’s explore together how to adjust the heating and cooling rates on this advanced furnace!

2022-10-14

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The principle of a vacuum bidirectional pressurized sintering furnace

The principle of a vacuum bidirectional pressurized sintering furnace

A vacuum double-action pressurized sintering furnace is a type of furnace used to sinter heated materials under vacuum conditions for protection. Heating methods include resistance heating, induction heating, microwave heating, and more. Among these, the vacuum double-action pressurized sintering furnace specifically employs induction heating to sinter materials in a controlled, protective environment. These furnaces are categorized into types such as power frequency, medium frequency, and high frequency, making them a subcategory of vacuum sintering furnaces. Now, let’s explore the principles behind the vacuum double-action pressurized sintering furnace!

2022-10-10

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Shenyang Vacuum Atomization Powder Equipment Manufacturer: Features of Vacuum Atomization Powder Equipment

Shenyang Vacuum Atomization Powder Equipment Manufacturer: Features of Vacuum Atomization Powder Equipment

What are the production capacity ranges of vacuum atomization powder-making equipment from Shenyang? Let Shenyang’s vacuum atomization powder-making equipment manufacturer introduce it to you! Capacities range from 5 to 1,000 kg. This equipment can produce metal powders based on iron, cobalt, nickel, aluminum, copper, and more. The Shenyang vacuum atomization powder-making system is specifically designed to meet the needs of both research and industrial-scale production using vacuum-based atomization technology.

2022-09-26

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Shenyang vacuum atomization powder equipment manufacturer briefly outlines the features of vacuum atomization powder equipment in one minute.

Shenyang vacuum atomization powder equipment manufacturer briefly outlines the features of vacuum atomization powder equipment in one minute.

Warm reminder from the Shenyang Vacuum Atomization Powder-Making Equipment Manufacturer: The Shenyang Vacuum Atomization Powder-Making Equipment is a specially designed system tailored for research into and small-scale production of atomization-based powdering technology under vacuum conditions. This equipment is dedicated to rapidly solidifying metals into fine powders, operating on the principle of induction heating to melt metal, followed by spraying the molten metal into an atomized mist using high-pressure inert gas. As the tiny droplets travel through the air, they quickly solidify into spherical or sub-spherical particles—essentially creating ultrafine powders. By precisely controlling the pressure and velocity of the high-speed gas flow, the system can produce micro-powders of varying diameters, effectively achieving the goal of powder manufacturing.

2022-09-20

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