Vacuum furnace ESKVE-13,0.3,0/9,5ShM12

Specialized spherical vacuum furnace with bottom loading ESKVE-13,0.3,0/9,5ShM12 is designed for heat treatment of titanium rings and other types of products at temperatures up to 950 degrees and vacuum up to 1x10⁻³ mm Hg. Let's consider the design and operating principle of this furnace, as well as its main technical characteristics.

Operating Principle

For heat treatment of titanium rings in the ESKVE-13,0.3,0/9,5ShM12 furnace, the resistive heating method is used. The rings are loaded onto a movable lower table, which then rises up and is secured on the corresponding platform inside the furnace. Then the vacuum system and heater are turned on, heating the rings to the set temperature.

During heat treatment, a vacuum is created inside the furnace, which prevents oxidation and contamination of the titanium rings by air. In addition, the vacuum reduces the impact of thermal processes on the environment and improves the quality of heat treatment.

Technical Specifications

• Maximum temperature: 950 degrees Celsius.
• Vacuum: up to 1x10⁻³ mm Hg.
• Working space dimensions (diameter/height), mm: 1300/300.
• Maximum power: 150 kW.
• Supply voltage: 380 V, 50 Hz.
• Overall dimensions (LxWxH): 4200x3700x2650 mm.
• Weight: 2900 kg.

Detailed specifications are on the "Specifications" tab.

Application

Titanium rings are widely used in the production of high-tech optical instruments, such as telescopes. Titanium is a material with high strength and corrosion resistance, making it ideal for use in conditions requiring high precision and reliability.

In telescopes, titanium rings are used to hold optical lenses, mirrors, and other elements of the optical system in place. Due to their strength and resistance to deformation, titanium rings provide high stability and accuracy of the optical system, allowing for high-resolution images.

In addition to telescopes, titanium rings can be used in other optical instruments, such as microscopes, laser systems, spectrometers, and others.

Conclusion

The specialized spherical vacuum furnace with bottom loading ESKVE-13,0.3,0/9,5ShM12 is an efficient and reliable equipment for heat treatment of titanium rings at high temperatures in a vacuum. Spherical vacuum furnaces with bottom loading have several advantages over other types of vacuum furnaces. One of them is the ability to process parts of large diameter and small thickness.

Thanks to the shaft design and bottom loading, such furnaces allow convenient loading and unloading of large-sized parts. In addition, the spherical shape of the furnace body ensures uniform temperature distribution inside the furnace, which allows achieving high precision and quality of heat treatment.

All this makes the ESKVE-13,0.3,0/9,5ShM12 furnace a sought-after equipment in various industries related to heat treatment of materials.