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NACMTT - Carbon14-Tritium Furnaces

NACMTT - Carbon14-Tritium Furnaces

5000 INR/Piece

Product Details:

  • Automation Grade Semi-Automatic / Fully Automatic (as per order)
  • Core Components Heating Elements, Programmable Controller, Safety Interlocks
  • Measurement Range Suitable for Carbon-14 and Tritium sample combustion and measurement
  • Power Source Electric
  • Voltage 220V/230V/240V AC, Single Phase
  • Accuracy 1C
  • Model No NACMTT - Carbon14-Tritium Furnace
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NACMTT - Carbon14-Tritium Furnaces Price And Quantity

  • 1 Piece
  • 5000 INR/Piece

NACMTT - Carbon14-Tritium Furnaces Product Specifications

  • Radiometric Analysis (Carbon-14 & Tritium Assays)
  • Electric
  • Heating Elements, Programmable Controller, Safety Interlocks
  • Semi-Automatic / Fully Automatic (as per order)
  • Suitable for Carbon-14 and Tritium sample combustion and measurement
  • NACMTT - Carbon14-Tritium Furnace
  • 220V/230V/240V AC, Single Phase
  • 1C
  • Approx. 55-350 kg (depending on model)
  • Varies by model; e.g., 800mm x 600mm x 950mm
  • Mild Steel Body with High-Quality Insulation
  • High Sensitivity, Energy Efficient, Uniform Heat Distribution
  • Customizable (Standard: 50-500 Liters)
  • Laboratory Furnace
  • Digital LED Display
  • 50/60 Hz
  • Ambient to 1250C

NACMTT - Carbon14-Tritium Furnaces Trade Information

  • 5-10 Piece Per Month
  • 6-8 Week

Product Description



Explore the breathtaking capabilities of the NACMTT - Carbon14-Tritium Furnaces, designed for first-rate performance in radiometric analysis. With top-notch ceramic fiber insulation and Kanthal A1/SiC heating elements, this laboratory furnace ensures uniform heat distribution and exceptional energy efficiency. Featuring a PID programmable controller, advanced safety interlocks, and versatile combustion modes for continuous or batch processing, it guarantees reliability. Jump on this opportunity to enhance your labs analytical precision. Shop now for customizable capacity, remote monitoring options, and robust build, tailored for radiological and nuclear research applications.

Specialized Applications & Superior Material Features

NACMTT - Carbon14-Tritium Furnaces are meticulously engineered for radiological laboratories, nuclear facilities, and research institutes. Their specific usage centers around sensitive Carbon-14 and Tritium assays, providing high sensitivity thanks to their uniform heat distribution. The mild steel body, wrapped with ceramic fiber insulation, delivers both strength and outstanding thermal efficiency, while the customizable chamber design accommodates diverse sample loads. Programmed PID control, digital LED display, and top/front loading make it an indispensable tool in modern scientific environments.


Fast Delivery, Domestic Coverage & Assured Compliance

With quick dispatch and reliable charge handling, NACMTT ensures vast supply ability across the main domestic markets in India. Outlay is optimized with packaging in sturdy wooden crates, safeguarding quality in transit. Certified for safety and performance, each unit arrives ready to integrate into your facility. Whether youre sourcing for laboratories or industrial research, NACMTT furnaces meet strict standards and maintain efficient lead times for uninterrupted laboratory workflows.


FAQs of NACMTT - Carbon14-Tritium Furnaces:


Q: How does the NACMTT - Carbon14-Tritium Furnace support radiometric analysis?

A: The furnace delivers precise and uniform combustion for Carbon-14 and Tritium assays, facilitating high-sensitivity measurement essential for radiological research and analytical accuracy.

Q: What safety features are included with the NACMTT Furnace?

A: This furnace is equipped with advanced door interlocks, over-temperature alarms, and overload protection, ensuring operator safety and preventing equipment damage during operation.

Q: When is a continuous versus batch combustion mode recommended?

A: Continuous mode is ideal for high-throughput applications requiring steady processing, while batch mode is best for routine or specialized assays, allowing for flexible sample handling.

Q: Where can the NACMTT Furnace be installed for optimal performance?

A: It is best suited for radiological laboratories, nuclear facilities, and research institutes, operating efficiently in environments with ambient temperatures between 5C to 40C.

Q: What are the benefits of using ceramic fiber insulation and Kanthal A1/SiC heating elements?

A: Ceramic fiber insulation offers exceptional thermal efficiency and energy savings, while Kanthal A1/SiC heating elements provide consistent, uniform heating and long service life.

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