Nabertherm High-Temperature Tube Furnace RHTV 120/600/16/P570, Max 1600°C, Includes Working Tube C799 and 2 Fibre Plugs (105x830 mm Ø x L)

The Nabertherm High-Temperature Tube Furnace RHTV 120/600/16/P570 is engineered to perform at a maximum temperature of 1600°C. This furnace includes a high-quality working tube C799 and two fibre plugs (105x830 mm Ø x L) to ensure efficient and reliable heat treatment for various laboratory applications. The P570 controller provides precise temperature control, allowing you to achieve accurate and repeatable results. Perfect for sintering, heat treatment, and material testing, this furnace is an essential tool for any high-temperature laboratory environment.

Key Features:

• Brand: Nabertherm
• Model: RHTV 120/600/16/P570
• Maximum Temperature: 1600°C for high-precision heat treatment
• Included Accessories: Working tube C799 and 2 fibre plugs (105x830 mm Ø x L)
• Controller: P570 for accurate temperature regulation
• Applications: Ideal for sintering, heat treatment, material testing, and other high-temperature laboratory processes

With its robust design and advanced temperature control, the Nabertherm RHTV 120/600/16 Tube Furnace ensures optimal performance for high-temperature laboratory applications. The included accessories and user-friendly control system make it a versatile choice for a variety of heat treatment processes.

Frequently Asked Questions

1. What is the Nabertherm High-Temperature Tube Furnace RHTV 120/600/16/P570, Max 1600°C, Includes Working Tube C799 and 2 Fibre Plugs (105x830 mm Ø x L) used for?

It is engineered to perform at a maximum temperature of 1600°C. This furnace includes a high-quality working tube C799 and two fibre plugs (105x830 mm Ø x L) to ensure efficient and reliable heat treatment for various laboratory applications. The P570 controller provides precise temperature control, allowing you to achieve accurate and repeatable results. Perfect for sintering, heat treatment, and material testing, this furnace is an essential tool for any high-temperature laboratory environment.

2. Is the Nabertherm High-Temperature Tube Furnace RHTV 120/600/16/P570, Max 1600°C, Includes Working Tube C799 and 2 Fibre Plugs (105x830 mm Ø x L) suitable for sintering, heat treatment, material testing, and other high-temperature laboratory processes?

Yes. It is designed for sintering, heat treatment, material testing, and other high-temperature laboratory processes, and offers a maximum temperature of 1600°C for high-precision heat treatment to support this kind of work.

3. What maximum temperature does the Nabertherm High-Temperature Tube Furnace RHTV 120/600/16/P570, Max 1600°C, Includes Working Tube C799 and 2 Fibre Plugs (105x830 mm Ø x L) have?

It has a maximum temperature of 1600°C for high-precision heat treatment, and is supplied under manufacturer part number RV322V62AN.

4. What included accessories and controller does the Nabertherm High-Temperature Tube Furnace RHTV 120/600/16/P570, Max 1600°C, Includes Working Tube C799 and 2 Fibre Plugs (105x830 mm Ø x L) offer?

It offers working tube C799 and 2 fibre plugs (105x830 mm Ø x L), P570 for accurate temperature regulation, 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 120/600/16/P570, Max 1600°C, Includes Working Tube C799 and 2 Fibre Plugs (105x830 mm Ø x L) compare with the Snoltherm Muffle Furnace SNOL 6.7/1300 LSM01 (Omron E5CC Controller)?

For furnace applications, the Nabertherm High-Temperature Tube Furnace RHTV 120/600/16/P570, Max 1600°C, Includes Working Tube C799 and 2 Fibre Plugs (105x830 mm Ø x L) is differentiated by maximum temperature 1600°C for high-precision heat treatment and included accessories Working tube C799 and 2 fibre plugs (105x830 mm Ø x L). 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.