SNVS-3.3/15-I6

High-Tech Equipment: Vacuum Furnace SNVS-3.3/15-I6

In manufacturing and research industries, thermal equipment plays a key role in material processing. The high-temperature high-vacuum furnace SNVS-3.3/15-I6 is manufactured at the Russian thermal equipment plant. The furnace features a wide range of parameters and functionality, making it the most suitable tool for various heat treatment processes.

Technical Specifications

• Heating chamber power: 15 kW.
• Volume: 42 liters.
• Maximum temperature: 1500 °C.
• Vacuum level: 1 x 10-4 mm Hg.
• Pressure: 1.05 bar (absolute).
• Maximum charge weight: up to 20 kg.
• Heater: UUKM – carbon-carbon composite materials with a bulk-isotropic polycrystalline carbon matrix reinforced with carbon fibers.

Advantages and Capabilities

• High heating efficiency: Thanks to the 15 kW heating chamber power and advanced control system, the furnace can reach the required temperature in a short time.
• Large processing volume: The furnace has a capacity of 42 liters, allowing processing of both individual items and large batches of materials.
• High temperatures: The maximum operating temperature of 1500 °C provides a wide range of capabilities for processing a broad set of materials and components.
• Controlled vacuum: The vacuum level (1 x 10-4 mm Hg) allows removal of gases and other aggressive impurities, ensuring higher quality material processing.
• Support for various processes: The SNVS-3.3/15-I6 vacuum furnace is equipped with a UUKM heater, which provides a wide range of capabilities for heating control, uniform heating, as well as programming and automatic process control.
• Robust and reliable design: The quality of materials and assembly ensures the furnace's reliability and durability. It can withstand extreme temperatures and pressures, guaranteeing safety and precision across a wide range of conditions.

Advantages of using carbon-carbon composite heaters in furnaces:

1. Thermal stability: UUKM has excellent heat resistance and can withstand high temperatures without deformation or destruction.
2. Mechanical strength: Carbon-carbon composites have high strength and rigidity, allowing them to withstand mechanical loads and avoid possible failure during operation.
3. Low density: UUKM has low density, making them lightweight and easy to install and maintain.
4. Large heating surface: Carbon-carbon composites have a large heating surface, ensuring efficient heat transfer and improving the energy efficiency of the furnace system.
5. Chemical inertness: UUKM is chemically inert, allowing them to operate in aggressive environments without corrosion or material degradation.
6. Long service life: Due to their strength, stability, and technical characteristics, carbon-carbon composites have a long service life and require less replacement and maintenance compared to other heater materials.

Applications in Industry and Scientific Research

The SNVS-3.3/15-I6 vacuum furnace provides excellent opportunities for use in various fields, such as:

• Metallurgical industry: for heating and processing various metal alloys, annealing, thermochemical treatment, and surface processes.
• Electronics and semiconductor industry: for tempering and deposition processes, barrier densification, increasing the strength of magnetic devices and electronic components.
• Scientific research: for nanocrystal reactions and material synthesis under controlled conditions, processing research samples at high temperatures and vacuum.

The high-temperature high-vacuum furnace SNVS-3.3/15-I6 is an excellent tool for heat treatment of various materials. Thanks to its advanced technical characteristics and good functionality, it becomes indispensable equipment for industrial enterprises and research institutes. The equipment ensures precision, quality, efficiency, and reliability in material processing, opening up new possibilities in various application areas.