Accumax India

Muffle Furnace is available with outer casing made using mild steel sheet in powder coated finish. The heating elements are made using kanthal a -1 wire and feature high temperature ceramic wool insulation, thus assisting in avoiding probable energy.

Further, the advanced temperature control unit comprises energy regulator, digital temperature indicator that comes fitted in front of furnace using two pilot lamps as well as with power plug provision also provides for achieving optimum functional operations.

Features :

• System based on based on rotating disc-splash plate principles
• System producing super fine particles of micron size that become part of atmosphere so as to deliver efficient performance and provide for uniform humidity
• The upward thrust imparted to micron sized water droplets through use of high speed motorized unit makes them remain suspended in atmosphere for longer time duration
• System feature high density ceramic fiber insulation as well as abrasion resistant chamber that helps in supporting heavy loads
• Thick P.C.R.C. sheet and duly powder coated based outer and intermittent walls
• Heating elements developed using KANTHAL "A-1" grade wire
• Finding suitability for different purposes like for gravimetric analysis for organic substance as well as sin applications involving measurement of quantity for coal and lime presence
• Process support provided by auto tuned digital P.I.D. controller that provides for precise control in temperatures
• High performance based heater installation in chamber that provides for uniform heating
• Supports reduction in time of temperature climb
• High density ceramic wool as insulation support that assists in maintaining consistent temperatures as well as minimal heat dissipation

Specifications :
Applications :

• In hospitals, research centers and in other institutions for heat treating process

The Outer Casing Is Made Of Mild Steel Sheet, Powder Coated. Heating Element Are Made Of Silicon Carbide Rods, And Backed By High Temperature Ceramic Wool Insulation, Which Avoids Loss Of Energy With Low Voltage High Current Transformer, Temperature Control Unit Consist Of PID Controller, Fitted In Front Of Transformer With Two Pilot Lamps, Ampere Meter, Voltmeter, Temperature Range 500-1350ºC, Electric Supply Work On 220/440 Volts 50/60 Hz AC.

Accumax India an ISO 9001:2008 certified company is a leading manufacturer and supplier of a complete range of Laboratory equipments.

Muffle Furnace is available with outer casing made using mild steel sheet in powder coated finish. The heating elements are made using kanthal a -1 wire and feature high temperature ceramic wool insulation, thus assisting in avoiding probable energy.

Further, the advanced temperature control unit comprises energy regulator, digital temperature indicator that comes fitted in front of furnace using two pilot lamps as well as with power plug provision also provides for achieving optimum functional operations.

Features :

• System based on based on rotating disc-splash plate principles
• System producing super fine particles of micron size that become part of atmosphere so as to deliver efficient performance and provide for uniform humidity
• The upward thrust imparted to micron sized water droplets through use of high speed motorized unit makes them remain suspended in atmosphere for longer time duration
• System feature high density ceramic fiber insulation as well as abrasion resistant chamber that helps in supporting heavy loads
• Thick P.C.R.C. sheet and duly powder coated based outer and intermittent walls
• Heating elements developed using KANTHAL "A-1" grade wire
• Finding suitability for different purposes like for gravimetric analysis for organic substance as well as sin applications involving measurement of quantity for coal and lime presence
• Process support provided by auto tuned digital P.I.D. controller that provides for precise control in temperatures
• High performance based heater installation in chamber that provides for uniform heating
• Supports reduction in time of temperature climb
• High density ceramic wool as insulation support that assists in maintaining consistent temperatures as well as minimal heat dissipation

Specifications :
Applications :

• In hospitals, research centers and in other institutions for heat treating process

An Electrically Heated Furnace is a laboratory or industrial device that uses electric heating elements to generate and maintain high temperatures for various processes such as material testing, heat treatment, melting, or sintering. These furnaces are widely used due to their precise temperature control, cleanliness, and energy efficiency.

Description:

An Electrically Heated Furnace consists of a well-insulated chamber equipped with electric heating elements (such as Kanthal, silicon carbide, or molybdenum disilicide) that convert electrical energy into heat. The furnace is controlled by a digital temperature controller, allowing users to program heating rates, soak times, and target temperatures accurately.

Key Features:

• Temperature Range: Typically between 300°C and 1800°C, depending on the furnace type and heating element.

• Heating Elements: Made from high-temperature-resistant materials like wire coils, rods, or plates.

• Control System: Programmable digital controllers with precision regulation and safety interlocks.

• Construction: High-temperature insulation, ceramic or refractory lining, and corrosion-resistant outer casing.

• Safety: Includes over-temperature protection, emergency shut-off, and door interlocks.

Types of Electrically Heated Furnaces:

• Muffle Furnace: For clean, enclosed heating—ideal for ashing, sintering, or annealing.

• Tube Furnace: Cylindrical design for gas-flow experiments or thermal processing of rods and tubes.

• Box Furnace: Front-loading chamber used for larger samples and batch processing.

• Chamber Furnace: General-purpose high-temperature furnace for industrial or lab-scale applications.

Common Applications:

• Heat treatment of metals and alloys

• Ceramics and glass processing

• Thermal decomposition (ashing) of samples

• Research and development in materials science

• Annealing, sintering, and hardening processes

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