Box-type resistance furnace is a closed heating device used for high-temperature heating, commonly employed in laboratory, industrial production, and research fields. Its design structure resembles a box, with an enclosed interior space capable of accommodating samples or reaction vessels for high-temperature treatment, sintering, or other heating experiments. The furnace lining adopts a lightweight ceramic fiber structure, and load-bearing parts such as the furnace bottom use materials like alumina hollow sphere bricks. During high-temperature sintering processes, it simultaneously achieves energy efficiency (compared to traditional refractory materials) and better insulation effects.

The resistance wire utilizes a high-standard Ocr27A17Mo2 resistance wire, capable of reaching a maximum surface temperature of 1300 degrees Celsius. It can sustain long-term use at temperatures up to 1200 degrees Celsius. Customers can also customize with Kanthal or Shougang HRE resistance wire based on their budget preferences.

Standard Features:

1. High-temperature range: Box-type furnaces can provide high heating temperatures, typically ranging from Ambient +10°C to 1200°C or even higher, to meet the demands of high-temperature experiments.

2. Precise temperature control: High-temperature box furnaces are usually equipped with sophisticated temperature control systems, enabling precise control of heating temperatures to meet experimental requirements.

3. Enclosed design: The interior of box-type furnaces is designed as a closed structure, which reduces energy loss.

4. Versatility: Besides providing high-temperature heating, some high-temperature box furnaces also feature multifunctionality, such as constant temperature heating, constant humidity heating, etc., making them suitable for various types of experiments.

5. Application fields: High-temperature box furnaces are widely used in experiments and production processes in fields such as materials sintering, ceramic preparation, metal treatment, catalyst activation, graphite chemical reactions, etc.

6. Easy Control: Equipped with intelligent temperature control instrumentation, allowing for the programming of actual temperature curves. It features user-friendly operation, making it easy to use and control.

7. Multiple Volume Options: Customizable from a 4.5L furnace chamber to a 200L furnace chamber, various sizes are available. Standard furnace chamber dimensions can be obtained by contacting our company.

Optional Features:

1. Customized control methods: From traditional domestic instrument PID control to customized imported instruments or PLC control. Various options are available to meet the usage habits of different customers.

2. Door opening methods: The traditional opening method is side-opening, customizable door opening direction and opening method, manual, semi-automatic, fully automatic, etc.

3. Multi-sided heating: Depending on the furnace size, while ensuring the uniformity of furnace temperature as much as possible, additional options for multi-sided heating are provided by Y&H, meeting higher requirements for furnace temperature uniformity.

4. Multi-point temperature control: According to different usage scenarios, customers can choose multi-sided heating to improve thermal radiation efficiency and coverage range of furnace temperature.

5. Exhaust ports and gas paths: Exhaust ports, gas paths, flow meters, etc., can be added according to customer usage requirements to meet process requirements (no vacuum sealing structure).

6. Touch screen control: Y&H can produce touch screen control systems based on popular industrial touch screens on the market, including reports and real-time data observation and download.

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