Elstein FSL long panel heaters are ceramic infrared heaters with a low overall height, designed for operating temperatures up to 700 °C and surface ratings up to 45 kW m².
They have two sockets with integrated twisted litz fixing wires, so that FSL heaters are easy to install and are space-saving. No special pre-punched holders or reflector plates are required for the assembly.
FSL series heaters are particularly suitable for lamellar heating tasks due to their long narrow design.
An example for lamellar heating tasks can be found in the lamp industry where FSL heaters are used for curing the coating of fluorescent tubes.
Elstein FSL long panel heaters are ceramic infrared heaters with a low overall height, designed for operating temperatures up to 700 °C and surface ratings up to 45 kW m².
They have two sockets with integrated twisted litz fixing wires, so that FSL heaters are easy to install and are space-saving. No special pre-punched holders or reflector plates are required for the assembly.
FSL series heaters are particularly suitable for lamellar heating tasks due to their long narrow design.
An example for lamellar heating tasks can be found in the lamp industry where FSL heaters are used for curing the coating of fluorescent tubes.
IR wavelength between short wave and medium wave
Response time around 1 ~2 seconds
Average working life 7000 hours
Gold or ceramic coating at rear side as a reflectors
Dimensions 15x33mm
Max. overall length up to 4M
Vertical and horizontal emitters are available
IR wavelength between short wave and medium wave
Response time around 1 ~2 seconds
Average working life 7000 hours
Gold or ceramic coating at rear side as a reflectors
Dimensions 15x33mm
Max. overall length up to 4M
Vertical and horizontal emitters are available
Coefficient of Thermal Expansion(20C-300C)5.5 x 10-7 cm/cmC
Specific Heat (20C)660J/kgC
Softening Point1630C
The transparent quartz tube is obtained through different types of raw materials that include natural or synthetic quartz sand. Quartz tube have ultra high purity, good spectral transmission, well controlled dimensions and lower (OH) Hydroxyl.
The transparent quartz tube is obtained through different types of raw materials that include natural or synthetic quartz sand. Quartz tube have ultra high purity, good spectral transmission, well controlled dimensions and lower (OH) Hydroxyl.
These are specifically designed to meet the requirements of the semiconductor industry. They have excellent heat resistance capability and are used to manufacture high quality wafers which support a series of electronics applications.
These are specifically designed to meet the requirements of the semiconductor industry. They have excellent heat resistance capability and are used to manufacture high quality wafers which support a series of electronics applications.
We manufacture and supply Quartz Rod that has high purity, excellent temperature characteristics and low coefficient of thermal expansion and offers excellent dimensional stability. These Quartz Rods are available in diameter of 2 to 70 mm with Length 1200mm.
We manufacture and supply Quartz Rod that has high purity, excellent temperature characteristics and low coefficient of thermal expansion and offers excellent dimensional stability. These Quartz Rods are available in diameter of 2 to 70 mm with Length 1200mm.
We are manufacturer and supplier of quality range of Quartz Plates. Which is made up of high quality raw material, which are quality tested and are completely useful in Quartz Industrial Application. These are extremely robust and are highly durable in nature.
We are manufacturer and supplier of quality range of Quartz Plates. Which is made up of high quality raw material, which are quality tested and are completely useful in Quartz Industrial Application. These are extremely robust and are highly durable in nature.
These are specifically designed to meet the requirements of the semiconductor industry. They have excellent heat resistance capability and are used to manufacture high quality wafers which support a series of electronics applications.
These are specifically designed to meet the requirements of the semiconductor industry. They have excellent heat resistance capability and are used to manufacture high quality wafers which support a series of electronics applications.
For Production of high Quality wafers, starting materials are added to a heating to high temperatures and take out as single crystal, Quartz Glass is a best suitable material that is having the high purity and high temperature properties required for this process.
For Production of high Quality wafers, starting materials are added to a heating to high temperatures and take out as single crystal, Quartz Glass is a best suitable material that is having the high purity and high temperature properties required for this process.
By quoting the REF250 or REF125 construction set designations and the heater type required, the REO250 and REO125 reflectors are available fitted with the FSR, HFS, HSR, HTS and SHTS series ceramic infrared panel radiators.
The REO reflectors are made from polished stainless steel. They are used to hold and fix panel heaters with the dimensions 245 mm x 60 mm and 122 mm x 60 mm as well as for reflecting the IR radiation in the direction of the material to be heated.
By quoting the REF250 or REF125 construction set designations and the heater type required, the REO250 and REO125 reflectors are available fitted with the FSR, HFS, HSR, HTS and SHTS series ceramic infrared panel radiators.
The REO reflectors are made from polished stainless steel. They are used to hold and fix panel heaters with the dimensions 245 mm x 60 mm and 122 mm x 60 mm as well as for reflecting the IR radiation in the direction of the material to be heated.
These wave energies travel across a straight line and are absorbed by matter around them. They can also be dispersed, focused or reflected by means of lenses or prism. The infrared waves flood an area with radiant energy increasing temperature. Different substances have inherent properties in absorption of radiant waves; thus leading to several applications where infrared heating can be used against other forms of heating. They are available in short, medium and long wavelengths and are best suited for three-dimensional objections as radiation absorption raises the temperature uniformly.
These wave energies travel across a straight line and are absorbed by matter around them. They can also be dispersed, focused or reflected by means of lenses or prism. The infrared waves flood an area with radiant energy increasing temperature. Different substances have inherent properties in absorption of radiant waves; thus leading to several applications where infrared heating can be used against other forms of heating. They are available in short, medium and long wavelengths and are best suited for three-dimensional objections as radiation absorption raises the temperature uniformly.
Short Wave IR Lamp transmits heat in the form of electromagnetic waves at a velocity of approximately 3,00,000 KmSec i.e., at the speed of light.
These lamps are not only the fastest in transmitting heat but are most suitable for specific applications involving vacuum technology and dust free (clean room) conditions.
Short Wave IR Lamp transmits heat in the form of electromagnetic waves at a velocity of approximately 3,00,000 KmSec i.e., at the speed of light.
These lamps are not only the fastest in transmitting heat but are most suitable for specific applications involving vacuum technology and dust free (clean room) conditions.
The specialty of these heaters lies in its external stricture. The flat shape of heaters gives them a flexibility to be used with more comfort. They look like a new-age product. There are several advanced features incorporated in these heaters making them better than general heaters
The specialty of these heaters lies in its external stricture. The flat shape of heaters gives them a flexibility to be used with more comfort. They look like a new-age product. There are several advanced features incorporated in these heaters making them better than general heaters
The standardised E27 thread allows easy and safe installation, as the heaters can be screwed in like bulbs into porcelain or metal sockets with porcelain insert.
Due to their simple connection, IOT75 and IOT90 infrared heaters are suitable both for individual operation and for configuring groups of heaters. They have diverse applications, in particular they range over terrariumspets and livestock, breeding, medical and catering technology.
The standardised E27 thread allows easy and safe installation, as the heaters can be screwed in like bulbs into porcelain or metal sockets with porcelain insert.
Due to their simple connection, IOT75 and IOT90 infrared heaters are suitable both for individual operation and for configuring groups of heaters. They have diverse applications, in particular they range over terrariumspets and livestock, breeding, medical and catering technology.
Plastic Industry Printing and Packaging Industry
Pharmaceutical Medical Instrumentation Industry
Food Industry Surface Technology Paper machines for heating paper Equipment for soldering printed circuit boards Equipment for the acceleration of chemical conversions Heating Systems for after-tempering injection moulded parts Heating Equipment for glass and ceramic for further processing Heating Equipment for environmental chambers Ovens for drying glued wood and furniture parts Ovens for drying raw and printed wallpaper Ovens for drying finished fabrics
Ovens for drying washed fabrics
Ovens for tempering glass
Plastic Industry Printing and Packaging Industry
Pharmaceutical Medical Instrumentation Industry
Food Industry Surface Technology Paper machines for heating paper Equipment for soldering printed circuit boards Equipment for the acceleration of chemical conversions Heating Systems for after-tempering injection moulded parts Heating Equipment for glass and ceramic for further processing Heating Equipment for environmental chambers Ovens for drying glued wood and furniture parts Ovens for drying raw and printed wallpaper Ovens for drying finished fabrics
Ovens for drying washed fabrics
Ovens for tempering glass