TUBULAR FURNACE
MAKE DINESH SCIENTIFIC
DESCRIPTION:
A common buy replica watches high-temperature heating tool in industrial and laboratory settings is the tube furnace, which is used for a variety of purposes including sample preparation, chemical reactions, heat fake watches for sale treatment, and materials synthesis. It is composed of a replica Rolex watches cylindrical heating chamber that is encased in a metal or refractory casing, which is frequently composed of stainless steel, quartz, or ceramic.
Typical essential parts and attributes of a tube replica cartier uk furnace are as follows:
HEATING ELEMENT: Resistance heating coils composed of materials like Nichrome (a nickel-chromium alloy) or Kanthal (an iron-chromium-aluminum alloy) are the most popular kind of heating element used in tube furnaces. To ensure consistent heating along the whole length of the tube, these coils are looped around replica watches the exterior or interior of the heating chamber.
INSULATING: To reduce heat loss and guarantee effective operation at high temperatures, tube furnaces are typically outfitted with high-temperature insulating materials like ceramic fiber or refractory bricks.
TUBE/REACTION CHAMBER: Samples, substrates, or reaction buy replica watches vessels are held in the main cylindrical chamber of the tube furnace, which is frequently composed of quartz or ceramic. It offers a regulated environment for the heating process and could have ports for gas entry and exit to regulate the atmosphere.
TEMPERATURE CONTROL SYSTEM: To attain and sustain the intended temperature profile, tube furnaces are outfitted with temperature control systems that manage the heating elements. Thermocouples, programmed temperature settings, and PID (Proportional-Integral-Derivative) controls may be involved in this
GAS FLOW SYSTEM: A few tube furnaces have the ability to introduce regulated atmospheres or gases into the reaction chamber. This allows specified conditions met during operations like oxidation, reduction, or inert gas purging.
SAFETY FEATURES: To prevent accidents and guarantee operator safety, modern tube furnaces frequently have safety features including electrical safety interlocks, over-temperature protection, and emergency shut-off systems.
TECHNICAL DETAILS:
MODEL | DS-TF-1250 |
Temperature Measurement | Thermocouple Type N/S |
Heating Element | High-quality Kanthal wire elements |
Working Inner Diameter | ≥ 2 inch & Tube Length > 800 mm |
Heated Tube Length | ≥500 mm |
Constant Temperature Zone | ≥250 mm with ± 5 K |
Temperature (Tmax) | 1300°C |
Continuous Operation Tmax | ≥ 1250°C |
Ramp Rate / Heating Speed | ≥300°C/h from room temperature to 1250°C |
Time to Tmax | Not 5 hours |
Insulation Material | High-quality, non-carcinogenic fiber insulation materials that meet international standards |
Construction & Design | Horizontal Tube Furnace with stainless steel panel frame construction |
Outside Wall Temperature | Not exceeding 70°C |
Housing Material | Non-rust housing with textured stainless steel |
Power Control | Silent solid-state power control relays |
Control System | Built into furnace base |
Electrical Compliance | Complies with Indian electrical supply |
Number of Heating Zones | 3 zones (single/multi controlled) |
Door Opening Temperature | <100°C |
Programs & Segments | 20 programs / 10 segments, delayed start time in real-time |
Temperature Control Accuracy | ±1°C |
Temperature Input | Per °C or per minute |
Operation Interface | Touch screen color display with clear visualizations |
Information Menu | Time and date, operational hours counter, integrated kWh counter, program run times, plaintext error messages, controller setting value display, and program copy and delete capabilities. |
PID Programmer Controller | Auto-start & resume program after power outage/power failure |
Over-Temperature Protection | Automatic shutdown if set target temperature is exceeded |
PC Interfacing | Provision for interfacing via external flash drive/pen drive |
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