Nabertherm High-Temperature Tube Furnace RHTV 120/600/18/P570, Max 1800°C, Heated Length 600mm, Tube Diameter 120mm, 1 Zone, P570 Controller

The Nabertherm High-Temperature Tube Furnace RHTV 120/600/18/P570 is designed for advanced thermal applications requiring temperatures up to 1800°C. This tube furnace features a 600mm heated length and a 120mm tube diameter, offering substantial capacity for various heat treatments, sintering processes, and material testing. Equipped with the P570 controller, it provides precise and stable temperature control for high-performance heating in laboratory and industrial environments.

Key Features:

• Brand: Nabertherm
• Model: RHTV 120/600/18/P570
• Temperature Range: Maximum 1800°C for high-temperature processing
• Heated Length: 600mm for large sample capacities
• Tube Diameter: 120mm for accommodating a wide range of materials
• Controller: P570 for advanced temperature regulation and ease of use
• Applications: Ideal for sintering, heat treatment, material testing, and other high-temperature applications in both laboratory and industrial settings

With its robust design and reliable temperature control, the Nabertherm High-Temperature Tube Furnace RHTV 120/600/18/P570 is an essential tool for demanding thermal processing needs.

Frequently Asked Questions

1. What is the Nabertherm High-Temperature Tube Furnace RHTV 120/600/18/P570, Max 1800°C, Heated Length 600mm, Tube Diameter 120mm, 1 Zone, P570 Controller used for?

It is designed for advanced thermal applications requiring temperatures up to 1800°C. This tube furnace features a 600mm heated length and a 120mm tube diameter, offering substantial capacity for various heat treatments, sintering processes, and material testing. Equipped with the P570 controller, it provides precise and stable temperature control for high-performance heating in laboratory and industrial environments.

2. Is the Nabertherm High-Temperature Tube Furnace RHTV 120/600/18/P570, Max 1800°C, Heated Length 600mm, Tube Diameter 120mm, 1 Zone, P570 Controller suitable for sintering, heat treatment, material testing, and other high-temperature applications in both laboratory and industrial settings?

Yes. It is designed for sintering, heat treatment, material testing, and other high-temperature applications in both laboratory and industrial settings, and offers a heated length of 600mm for large sample capacities and a tube diameter of 120mm for accommodating a wide range of materials to support this kind of work.

3. What heated length and tube diameter does the Nabertherm High-Temperature Tube Furnace RHTV 120/600/18/P570, Max 1800°C, Heated Length 600mm, Tube Diameter 120mm, 1 Zone, P570 Controller have?

It has a heated length of 600mm for large sample capacities and a tube diameter of 120mm for accommodating a wide range of materials, and is supplied under manufacturer part number RV322V82AN.

4. What temperature range and controller does the Nabertherm High-Temperature Tube Furnace RHTV 120/600/18/P570, Max 1800°C, Heated Length 600mm, Tube Diameter 120mm, 1 Zone, P570 Controller offer?

It offers maximum 1800°C for high-temperature processing, P570 for advanced temperature regulation and ease of use, tmax 1600 °C, 1700 °C or 1800 °C and MoSi2 heating elements, mounted vertically for easy replacement.

5. How does the Nabertherm High-Temperature Tube Furnace RHTV 120/600/18/P570, Max 1800°C, Heated Length 600mm, Tube Diameter 120mm, 1 Zone, P570 Controller compare with the Snoltherm Muffle Furnace SNOL 6.7/1300 LSM01 (Omron E5CC Controller)?

For furnace applications, the Nabertherm High-Temperature Tube Furnace RHTV 120/600/18/P570, Max 1800°C, Heated Length 600mm, Tube Diameter 120mm, 1 Zone, P570 Controller is differentiated by temperature range of Maximum 1800°C for high-temperature processing and heated length 600mm for large sample capacities. The Snoltherm Muffle Furnace SNOL 6.7/1300 LSM01 (Omron E5CC Controller) from SNOL is another named option in the same product category. Compare the required specifications, compatibility and workflow requirements before selection.