Nabertherm High Temperature Furnace LHTCT 01/16/C550, Sic Rod Heated, Tmax 1550°C with Controller C-550

The Nabertherm High Temperature Furnace LHTCT 01/16/C550 is a premium furnace designed for applications that require extreme heat treatment up to 1550°C. Equipped with Sic rod heating, it offers exceptional thermal stability and efficient heat distribution. The advanced Controller C-550 ensures precise temperature regulation, making it ideal for material testing, sintering, and other high-temperature processes. Its robust construction and reliable performance make it the go-to choice for laboratories and industries demanding high-temperature precision and consistency.

Key Features:

• Brand: Nabertherm
• Model: LHTCT 01/16/C550
• Heating Type: Sic rod heating for stable and efficient heat distribution
• Maximum Temperature: 1550°C for advanced high-temperature applications
• Controller: C-550 for precise temperature control and reliable operation
• Applications: Ideal for material testing, sintering, and high-temperature heat treatment
• Design: Compact yet powerful with durable and heat-resistant construction
• Power Supply: Efficient operation tailored for laboratories with demanding high-temperature needs

The Nabertherm High Temperature Furnace LHTCT 01/16/C550, Sic Rod Heated, Tmax 1550°C with Controller C-550 is a practical choice for laboratories requiring dependable quality, reliable performance, and consistent day-to-day use.

Frequently Asked Questions

1. What is the Nabertherm High Temperature Furnace LHTCT 01/16/C550, Sic Rod Heated, Tmax 1550°C with Controller C-550 used for?

It is a premium furnace designed for applications that require extreme heat treatment up to 1550°C. Equipped with Sic rod heating, it offers exceptional thermal stability and efficient heat distribution. The advanced Controller C-550 ensures precise temperature regulation, making it ideal for material testing, sintering, and other high-temperature processes. Its robust construction and reliable performance make it the go-to choice for laboratories and industries demanding high-temperature precision and consistency.

2. Is the Nabertherm High Temperature Furnace LHTCT 01/16/C550, Sic Rod Heated, Tmax 1550°C with Controller C-550 suitable for material testing, sintering, and high-temperature heat treatment?

Yes. It is designed for material testing, sintering, and high-temperature heat treatment, and offers a maximum temperature of 1550°C for advanced high-temperature applications and 400 V 3/N/PE 50/60 Hz connector as standard to support this kind of work.

3. What maximum temperature does the Nabertherm High Temperature Furnace LHTCT 01/16/C550, Sic Rod Heated, Tmax 1550°C with Controller C-550 have?

It has a maximum temperature of 1550°C for advanced high-temperature applications and 400 V 3/N/PE 50/60 Hz connector as standard, and is supplied under manufacturer part number LC014H6ON1.

4. What heating type and controller does the Nabertherm High Temperature Furnace LHTCT 01/16/C550, Sic Rod Heated, Tmax 1550°C with Controller C-550 offer?

It offers sic rod heating for stable and efficient heat distribution, C-550 for precise temperature control and reliable operation, compact yet powerful with durable and heat-resistant construction and efficient operation tailored for laboratories with demanding high-temperature needs.

5. How does the Nabertherm High Temperature Furnace LHTCT 01/16/C550, Sic Rod Heated, Tmax 1550°C with Controller C-550 compare with the Snoltherm Muffle Furnace SNOL 6.7/1300 LSM01 (Omron E5CC Controller)?

For furnace applications, the Nabertherm High Temperature Furnace LHTCT 01/16/C550, Sic Rod Heated, Tmax 1550°C with Controller C-550 is differentiated by heating type Sic rod heating for stable and efficient heat distribution and maximum temperature 1550°C for advanced high-temperature applications. 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.