Laboratory Furnaces

Laboratory Furnaces

FG Laboratory Furnace FM model is an electric furnace with high durability. Using CHP technology caused problems such as frequent burning of the element and excessive heat of the external body to disappear. The unique design, the use of high-quality raw materials and the advanced production process have made this device a tough competitor for European products.

The use of smart controller with programming capability along withSSR output is another special feature of this device.

sms alarm

FG Laboratory Furnace device in all kinds of laboratories Medical diagnostic industrial pharmaceutical Food industry research is applicable.

Unique design of CHP ceramic elements

Even temperature and uniformity of heat inside the chamber

Placing the element inside the refractory plaster

20% saving in energy consumption

Very high shock resistance

Easy replacement

High heating speed

The body is completely cold

Using the latest and most accurate microcontrollers

It has a professional programmer with 2 programs of 25 steps and one program of 100 steps to adjust the temperature, time and different thermal gradients.

The ability to detect power outages during work and notify the user

Smart 999-hour timer (with continuous operation)

(ramp) ability to adjust the thermal gradient

SSR output to control the element

Central troubleshooter

Delay timer

PID controller

Internal compartment

Special design of the air discharge valve to remove the maximum vapors and gases emitted from the top of the device (to prevent damage to the element)

Not using asbestos for the health of consumers

Use of ceramic board insulation resistant up to 1300 degrees

Placing the element in the side walls

outer body

Using 2 tabs at the top and bottom of the device to cap the door and prevent heat loss

It has a door micro switch to prevent the element from working when the door is open

Special design to occupy minimal laboratory space

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Table of technical specifications of the device

External specifications
FM2P
FM4P
FM6P
FM8P
Minimum allowed distance from walls and adjacent devices (cm)
15
15
15
allowed distance from the back wall (cm)
10
10
10
10
Depth of the device with handle (cm)
49
52
58
49
Device depth without handle (cm)
44
47
53
44
device width (cm)
42
51
52
52
Device weight (kg)
28
30
32
34
Internal specifications
FM2P
FM4P
FM6P
FM8P
Internal volume (Lit)
2
6
8
Height (cm)
10
10
12
20
Width (cm)
10
18
18
20
depth (cm)
20
23
29
20
Thermal information
FM2P
FM4P
FM6P
FM8P
Time to reach 700 degrees Celsius (min)
70
70
70
Intersection temperature range* (°C)
1100-1200
1100-1200
1100-1200
1100-1200
Maximum thermal range (°C)
1200
1200
1200
1200
Maximum continuous working temperature (°C)
1100
1100
1100
1100
Electronic information
FM2P
FM4P
FM6P
FM8P
Power
1400
2400
2600
frequency (HZ)
50
50
50
50
voltage(V AC)
220
220
220
220
current (A)
6.4
10
10.9
11.8

Customized equipment and services

Build according to customer needs

Calibration Certificate

IQ, OQ certificates

Laboratory furnaces are one of the most widely used and amortization equipments. Because working in a high temperature range and a long period of use make this device one of the most sensitive laboratory equipments and the sensitivities during the construction and design of this device. has raised

Furnaces are generally divided into different types. Among them, we can mention household, industrial and laboratory furnaces.

A laboratory furnace is a device that is used to generate uniform heat for compositional and chemical analysis, as well as heating, melting and burning laboratory samples.

Furnaces are used in most laboratories, including laboratories of research centers, laboratories of pharmaceutical factories, laboratories of food industries, textile factories, mines, hospitals, clinics, health centers, universities, etc.

Laboratory furnaces are usually divided into muffle furnaces, tube furnaces, microwave furnaces, and are used in different sizes. The thermal range varies from 1100 to 3000 degrees. Obviously, the higher the thermal range, the more important the type of insulation and the element of the device becomes more important. In some cases, they are also classified according to the type of body and type of controller and temperature range.

Electric ovens usually have a temperature controller, an air discharge valve (for the release of vapors and gases inside the device) and a timer, which in advanced models such as FG ovens, features such as programming, thermal slope adjustment (RAMP) and delay timer (for time adjustment) turning on the device) is also there. FG designers have clearly tried to meet the needs of a wide range of users along with compliance with international standards, and for this purpose, facilities such as advanced micro-controller, programmability and the ability to adjust the thermal gradient have been placed in this series of furnaces. The FG design manager assures you that this series of furnaces is completely competitive with European examples, which you will realize after examining this series of furnaces.

One of the important points that should be taken into account when buying a laboratory furnace is that the high temperature of the chamber causes the creation of steam and various gases. This leads to rotting and failure of the element, therefore, in muffle furnaces, by placing the element inside the refractory mass, the effect of emitted gases on the element is prevented, as a result, muffle furnaces have a longer life. Also, the presence of an air discharge valve is one of the points that influence the life of the element. The correct operation of the air discharge valve allows steam and gases to escape from the chamber so as not to cause rotting and failure of the element.

FG industrial electric ovens are now produced in 2, 4, 6, and 8 liter volumes, which can be manufactured according to customer needs upon request.

Please note that each brand’s laboratory electric furnaceis different from other brands. What distinguishes Iran’s FG furnaces from other brands is the existence of a series of important factors. Below we have listed these differences for you:

  • Isothermal and heat uniformity inside the chamber of the laboratory furnace
  • Placing the element inside the refractory ceramic
  • The ability to adjust the thermal gradient
  • 2 programs with 25 steps and one program with 100 steps
  • 20% saving in energy consumption
  • The presence of an adjustable air discharge valve
  • Beautiful appearance and ergonomic design
  • Beautiful appearance and ergonomic design
  • Central fault finding system
  • High heating speed
  • 2 digital display
  • Smart timer

External body this device It is made of iron sheet with electrostatic powder paint, and the inner chamber of FG furnaces is made of refractory bricks and cast mass, and the furnace elements are made using the method CHP It is placed independently in the side walls so that it is easy to replace the elements. Also, in order to release steam and gases from the internal chamber, an air vent valve is installed in the device, which is accessible to the user. FG 1200 degrees furnace, as you can see from its name, the maximum temperature is 1200 degrees. The correct operation of the air discharge valve allows steam and gases to escape from the chamber so as not to cause rotting and failure of the element. On the other hand, the ultra-advanced device controller with the latest microprocessors stands out. The controller of the device using smart algorithms has a significant contribution in temperature control and thermal stability. Finally, the unique mechanism of the air discharge valve has been created for the maximum discharge of gases and vapors, and its ease of use has won the admiration of users in this field.

Frequently Asked Questions(FAQ)

Muffle furnaces have fireproof ceramic insulation, which increases the life of the element.

It always takes time for the internal chamber temperature to reach the set point. The Smart timer is activated when the temperature reaches the set point.

Yes, since furnaces emit different vapors and gases when working, they must have proper ventilation.

FG furnaces have special insulation and usually in the conditions where the temperature of the chamber is 1000 degrees, the temperature of the outer body of the device is about 80 degrees Celsius. Of course, this issue also depends on the amount of air evacuation in the room.

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