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NACHST - Horizontal Single Zone Split Tube Furnaces

NACHST - Horizontal Single Zone Split Tube Furnaces

Product Details:

  • Temperature Range Ambient to 1200C
  • Core Components Heating Element, Digital Temperature Controller, Insulation
  • Measurement Range Room temperature to 1200C
  • Frequency 50/60 Hz
  • Voltage 220-240V AC
  • Feature Fast heating, easy maintenance, tube split design for easy sample loading
  • Power Source Electric
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NACHST - Horizontal Single Zone Split Tube Furnaces Price And Quantity

  • 5000 INR
  • 1 Piece

NACHST - Horizontal Single Zone Split Tube Furnaces Product Specifications

  • 1C
  • NACHST-HSZS-TF
  • 1.5 kg/hr
  • Laboratory heating and material research
  • 900 x 420 x 430 mm
  • Semi-Automatic
  • Approx. 42 kg
  • Electric
  • Stainless Steel exterior, high-quality ceramic fiber insulation
  • Fast heating, easy maintenance, tube split design for easy sample loading
  • Horizontal Single Zone Split Tube Furnace
  • 50/60 Hz
  • 220-240V AC
  • Room temperature to 1200C
  • Heating Element, Digital Temperature Controller, Insulation
  • Ambient to 1200C
  • Digital

NACHST - Horizontal Single Zone Split Tube Furnaces Trade Information

  • 5-10 Piece piece Per Month
  • 6-8 Week

Product Description

Split tube furnaces of the NACHST range use free radiating wire elements embedded within the insulation of the furnace body. The benefit of this design is its flexibility; with the use of tube adapters the same furnace can be used with a variety of tube diameters.

These furnaces comprise a furnace body which is hinged and split into two halves along its length. This makes exchange of work tubes easier and also enables the furnace to be used with reactors or work tubes where end flanges would make insertion into a non-split furnace difficult.

This range of split tube furnaces does not include an integral work tube and one must be selected as an additional item. The work tube length is dependent on the application eg for use with modified atmosphere or vacuum. The use of a separate work tube has the advantage of protecting the heating elements from damage or contamination.

Standard Features

  • 1200°C maximum operating temperature
  • Accepts worktubes with outer diameters up to 110 mm
  • Heated lengths of 200, 300, 400, 600, 900 mm
  • Horizontal furnace with a separate control module on a 2 metre conduit
  • Furnace splits into two halves to accommodate work tubes or samples fixed into a test rig
  • Wire elements in high quality vacuum formed insulation ensure fast heat up, excellent temperature uniformity and short cool down times
  • Carbolite 301 controller, with single ramp to set-point & process timer

Options (specify these at time of order)

  • Insulation plugs, gas tight end seals and vacuum connections available
  • Wide choice of tube diameters and materials is available: eg quartz, ceramic, metal
  • Over-temperature protection (recommended to protect valuable contents & for unattended operation)
  • Available with 'L' stand kit for vertical and horizontal use
  • Control module on longer 6 metre conduit
  • A range of sophisticated digital controllers, multi-segment programmers and data loggers is available. These can be fitted with RS232, RS485 or Ethernet communications

Control Options

  • 301 Standard Controllers
  • nanodac Record / Control / Programmer
  • 3216 Programmable Controllers
  • 3508 Programmable Controllers

Content may be subject to modifications or corrections



Advanced Heating Technology

The furnace utilizes a high-performance Kanthal (FeCrAl) heating element, providing rapid, even heating across a single 250 mm zone. Its robust design supports a broad range of research and material processing applications, ensuring consistent results for laboratories.


Intuitive Controls and Safety Features

Equipped with a digital PID controller, the NACHST furnace offers precise, user-friendly temperature regulation. Integrated over-temperature protection with automatic shutoff guarantees safety, helping avert damage to samples and equipment during operation.


Effortless Operation and Versatility

Featuring a split-hinged door for easy tube access and natural air cooling, this furnace simplifies routine tasks such as sample loading, unloading, and maintenance. It accommodates various tube materials, making it versatile for diverse experimental needs.

FAQs of NACHST - Horizontal Single Zone Split Tube Furnaces:


Q: How do I load and unload samples from the NACHST Horizontal Single Zone Split Tube Furnace?

A: Samples are loaded and removed through the split-hinged, easy-open door mechanism. Simply unlock and open the split tube design, place your sample within a compatible tube (quartz, alumina, ceramic, or metal), and secure the door before initiating the heating process.

Q: What is the benefit of using a digital PID controller on this furnace?

A: The integrated microprocessor PID controller ensures precise temperature regulation and stable heating conditions. Its digital display offers real-time temperature readings, simplifying adjustments and monitoring while maintaining an accuracy of 1C throughout the 1200C operating range.

Q: When should I use over-temperature protection on the furnace?

A: The over-temperature protection is built-in and automatically activates if the set temperature threshold is exceeded, shutting off the heating element to protect your samples and the furnace from potential heat damage. No manual action is required; it operates as a fail-safe during all operational periods.

Q: What types of tubes are compatible with this furnace?

A: The furnace is designed to accommodate tubes made of quartz, alumina, ceramic, and metal, provided the tube diameter does not exceed 60 mm. This flexibility supports a range of applications in material research and laboratory settings.

Q: Where can I use the NACHST Split Tube Furnace?

A: This furnace is intended for laboratory environments, such as research institutions, material science labs, and quality testing facilities. It is suitable for both academic and industrial research within the specified ambient humidity and power supply requirements.

Q: How does the furnace cool down after operation?

A: Cooling is managed through natural air convection. The furnace does not require active cooling systems, which simplifies its operation and maintenance. Users are advised to allow adequate time for the unit to cool naturally before opening the door or handling samples.

Q: What process should I follow for regular maintenance?

A: Routine maintenance involves inspecting the heating element, cleaning the tube chamber, and checking the insulation and safety interlocks for integrity. Always ensure the furnace is completely cooled and disconnected from the power supply before performing any maintenance activities.

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