Muffle Furnace
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Specification & use :Muffle furnace is double walled design with inner chamber of 4 siliminite refractory slabs and outer chamber of clod rolled mild steel sheets, finished in powder coating. Insulation is provided by ceramic fibers blankets to minimize the radiation heat loss. Double walled insulated door is mounted on heavy duty Hinges for effective lockingarrangements.Temp range of furnace is above Ambient +5 deg c to +1200 deg c.
heat treatment furnace
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1 Piece (MOQ)
Details: Heat Treatment Furnaces for Various application Annealing , Normalising Hardening , Solution Treatment Heating , Forge Heating , Tempering Aluminum Solutionising , Stress Relieving , Ductile Iron Full Annealing Strong rigid construction , Heat resistant grade CI castings at door and frame, bogie and furnace interface eliminates warpage. Railway rails for load bearing under temperature. Double sealing minimizing heat losses Thermal survey as per API 6A Standard. All measuring instruments calibrated to national traceability With as per the Required AUTOMATION. Applications Annealing Normalising Hardening Solution Treatment Heating Forge Heating Tempering Aluminum Solutionising Stress Relieving Ductile Iron Full Annealing. Auto cycle control Ramp, Soak, Cool ..... 8 Steps Profile 10, 20 Profile Memory Multi Input Multi Output (MIMO) PID Controlling Action. Micro processor based programable controller. one burner, one thermocouple forms one pair as zone, thus multi zone control Digital display for time temprature graph online with USB pendrive for data storage, Wired lan PC connectivity for real time graph printing Firing High Velocity Short Flame Burner Direct On/Off pulse firing effect. Smokeless perfect combustion The furnaces are calibrated for uniformity as per API 6A Standard ( The Temperature Difference Between Highest & Lowest Points at Stabilised Conditions should not be more than 13ºC.) Mechanization Trolley - movement by geared motor with brake. Door - movement by geared motor with brake, counter weighed, Door Lock Unlock - innovative,Pneumatically operated instant latching unlatching for perfect sealing Construction Strong rigid construction Heat resistant grade CI castings at door and frame, bogie and furnace interface eliminates warpage. Railway rails for load bearing under temperature. Double sealing minimising heat losses. Insulation High temperature high density ceramic fibre modular lining. Self supporting U-fold door lining. Recuperator All fuel fired furnaces are equiped with recuperator to recover the heat from flue gases by preheating combustion air. By thumb rule a rise of 150 degree C in combustion air 7.5% heat is recovered. PLC control Large furnaces handle high value materials, it is essential to install PLC for opration to avoid manual errors. PLC checks each & every operation prior to loading of materials called booting to ensure air/gas/power etc. are within the specifications & all the sensors are in working condition PLC monitors each & every operation during auto cycle for supply conditions, flue temperatures burner operations any deviation is automatically notified audio visualy & through SCADA PLC keeps event history for the record Control Panel Aesthetically powder coated control panel. Electrical switch gears for drives, burners. Status indication and control. Burner sequence controller and flame failure device. Programmable startup, burner, temperature controlling system. Calibrations Thermal survey as per API 6A Standard. All measuring instruments calibrated to national traceability
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industrial heat treatment furnaces
200,000 Per unit
heat treatment furnace
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Applications Annealing Normalising Hardening Solution Treatment Heating Forge Heating Tempering Aluminum Solutionising Stress Relieving Ductile Iron Full Annealing. Auto cycle control Ramp, Soak, Cool ..... 8 Steps Profile 10, 20 Profile Memory Multi Input Multi Output (MIMO) PID Controlling Action. Micro processor based programable controller. one burner, one thermocouple forms one pair as zone, thus multi zone control Digital display for time temprature graph online with USB pendrive for data storage, Wired lan PC connectivity for real time graph printing Firing High Velocity Short Flame Burner Direct On/Off pulse firing effect. Smokeless perfect combustion The furnaces are calibrated for uniformity as per API 6A Standard ( The Temperature Difference Between Highest & Lowest Points at Stabilised Conditions should not be more than 13ºC.) Mechanization Trolley - movement by geared motor with brake. Door - movement by geared motor with brake, counter weighed, Door Lock Unlock - innovative,Pneumatically operated instant latching unlatching for perfect sealing Construction Strong rigid construction Heat resistant grade CI castings at door and frame, bogie and furnace interface eliminates warpage. Railway rails for load bearing under temperature. Double sealing minimising heat losses. Insulation High temperature high density ceramic fibre modular lining. Self supporting U-fold door lining. Recuperator All fuel fired furnaces are equiped with recuperator to recover the heat from flue gases by preheating combustion air. By thumb rule a rise of 150 degree C in combustion air 7.5% heat is recovered. PLC control Large furnaces handle high value materials, it is essential to install PLC for opration to avoid manual errors. PLC checks each & every operation prior to loading of materials called booting to ensure air/gas/power etc. are within the specifications & all the sensors are in working condition PLC monitors each & every operation during auto cycle for supply conditions, flue temperatures burner operations any deviation is automatically notified audio visualy & through SCADA PLC keeps event history for the record Control Panel Aesthetically powder coated control panel. Electrical switch gears for drives, burners. Status indication and control. Burner sequence controller and flame failure device. Programmable startup, burner, temperature controlling system. Calibrations Thermal survey as per API 6A Standard. All measuring instruments calibrated to national traceability
ANNEAL system
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Systems are optimised for the thermal treatment of 2D materials and wafers under controlled atmospheres. Substrates are supported face-up on stage-top platens that are situated centrally inside a stainless-steel high-vacuum chamber fitted with appropriate heat shielding and a shuttered viewport. Heating is via a heat source located beneath the platen. Maximum temperatures up to 1000 °C are possible�depending on the heating technology used: ANNEAL systems can be fitted with up to 3 mass flow controllers (MFCs). Typical gases are Ar, O2 and N2, and full scale flow rates are flexible. All systems have wide-range gauges, but for improved accuracy, capacitance manometers are also available. In case chamber pressure is critical, automatic pressure control is available with control resolutions to 0.1 mbar. ANNEAL systems are highly modular and can be configured for a wide range of applications
Walking Beam Furnaces
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In this zone, the flue gases move in a direction opposite to that of the charge. This ensures considerable amount of waste heat recovery by convection. Heating zone: In this section, the actual heating takes place. Soaking zone: This is the critical zone of the furnace. Uniformity in temperature up to desired limits between the core and the surface is achieved in the soaking zone.
High Vacuum Furnaces
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High Vacuum Furnaces, Sputtering Systems, Vacuum Evaporation Systems
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Portable Furnace
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Portable Furnace, Wireless Industrial Monitor, Oven Control Panel