Infrared ceramic heat element - Import export

Made of high-alumina chamotte containing 65 to 72% Aluminum oxide. Sintered high-alumina ceramics' high thermal conductivity allows obtaining the most uniform temperature across the radiation surface, providing uniform and high-quality radiant heating. These elements are often used in thermoforming machines, drying chambers, infrared tunnels and panels, heating and drying equipment, and various commercial heaters. Estimated service life at least 8,000 - 10,000 hours of non-stop operation. Maximun temperature 750°C. Comply with all international standards and are interchangeable with all known brands (FTE/FSR/FSF/HTC/HTE).

Made of high-alumina chamotte containing 65 to 72% Aluminum oxide. Sintered high-alumina ceramics' high thermal conductivity allows obtaining the most uniform temperature across the radiation surface, providing uniform and high-quality radiant heating. These elements are often used in thermoforming machines, drying chambers, infrared tunnels and panels, heating and drying equipment, and various commercial heaters. Estimated service life at least 8,000 - 10,000 hours of non-stop operation. Maximun temperature 750°C. Comply with all international standards and are interchangeable with all known brands (FTE/FSR/FSF/HTC/HTE).

Made of high-alumina chamotte containing 65 to 72% Aluminum oxide. Sintered high-alumina ceramics' high thermal conductivity allows obtaining the most uniform temperature across the radiation surface, providing uniform and high-quality radiant heating. These elements are often used in thermoforming machines, drying chambers, infrared tunnels and panels, heating and drying equipment, and various commercial heaters. Estimated service life at least 8,000 - 10,000 hours of non-stop operation. Maximun temperature 750°C. Comply with all international standards and are interchangeable with all known brands (FTE/FSR/FSF/HTC/HTE).

Made of high-alumina chamotte containing 65 to 72% Aluminum oxide. Sintered high-alumina ceramics' high thermal conductivity allows obtaining the most uniform temperature across the radiation surface, providing uniform and high-quality radiant heating. These elements are often used in thermoforming machines, drying chambers, infrared tunnels and panels, heating and drying equipment, and various commercial heaters. Estimated service life at least 8,000 - 10,000 hours of non-stop operation. Maximun temperature 750°C. Comply with all international standards and are interchangeable with all known brands (FTE/FSR/FSF/HTC/HTE).

Made of high-alumina chamotte containing 65 to 72% Aluminum oxide. Sintered high-alumina ceramics' high thermal conductivity allows obtaining the most uniform temperature across the radiation surface, providing uniform and high-quality radiant heating. These elements are often used in thermoforming machines, drying chambers, infrared tunnels and panels, heating and drying equipment, and various commercial heaters. Estimated service life at least 8,000 - 10,000 hours of non-stop operation. Maximun temperature 750°C. Comply with all international standards and are interchangeable with all known brands (FTE/FSR/FSF/HTC/HTE).

InfraLine-200 series heaters are equipped with a special polished stainless-steel reflector with higher thermal insulation for maximum heat output, reduces sideways heat dispersion, and produces an even spread of heat at approximately 90°. InfraLine heaters may consist of up to 3 ceramic infrared heating elements ranging from 250 to 1,000 Watts for each element. Maximum temperature up to 700°C. Setup and maintenance of the InfraLine heaters is very simple and straightforward. You can install them almost on any surface and precisely direct them to the desired heating area. InfraLine heaters can be grouped in sets and equipped with a control system.

InfraLine-200 series heaters are equipped with a special polished stainless-steel reflector with higher thermal insulation for maximum heat output, reduces sideways heat dispersion, and produces an even spread of heat at approximately 90°. InfraLine heaters may consist of up to 3 ceramic infrared heating elements ranging from 250 to 1,000 Watts for each element. Maximum temperature up to 700°C. Setup and maintenance of the InfraLine heaters is very simple and straightforward. You can install them almost on any surface and precisely direct them to the desired heating area. InfraLine heaters can be grouped in sets and equipped with a control system.

InfraLine-200 series heaters are equipped with a special polished stainless-steel reflector with higher thermal insulation for maximum heat output, reduces sideways heat dispersion, and produces an even spread of heat at approximately 90°. InfraLine heaters may consist of up to 3 ceramic infrared heating elements ranging from 250 to 1,000 Watts for each element. Maximum temperature up to 700°C. Setup and maintenance of the InfraLine heaters is very simple and straightforward. You can install them almost on any surface and precisely direct them to the desired heating area. InfraLine heaters can be grouped in sets and equipped with a control system.

InfraLine-100 series heaters are equipped with polished stainless-steel reflector that increases the heat output, reduces sideways heat dispersion, and produces an even spread of heat at approximately 90°. InfraLine heaters may consist of up to 3 ceramic infrared heating elements ranging from 250 to 1,000 Watts for each element. Maximum temperature up to 600°C. Setup and maintenance of the InfraLine heaters is very simple and straightforward. You can install them almost on any surface and precisely direct them to the desired heating area. InfraLine heaters can be grouped in sets and equipped with a control system.

InfraLine-100 series heaters are equipped with polished stainless-steel reflector that increases the heat output, reduces sideways heat dispersion, and produces an even spread of heat at approximately 90°. InfraLine heaters may consist of up to 3 ceramic infrared heating elements ranging from 250 to 1,000 Watts for each element. Maximum temperature up to 600°C. Setup and maintenance of the InfraLine heaters is very simple and straightforward. You can install them almost on any surface and precisely direct them to the desired heating area. InfraLine heaters can be grouped in sets and equipped with a control system.

InfraLine-100 series heaters are equipped with polished stainless-steel reflector that increases the heat output, reduces sideways heat dispersion, and produces an even spread of heat at approximately 90°. InfraLine heaters may consist of up to 3 ceramic infrared heating elements ranging from 250 to 1,000 Watts for each element. Maximum temperature up to 600°C. Setup and maintenance of the InfraLine heaters is very simple and straightforward. You can install them almost on any surface and precisely direct them to the desired heating area. InfraLine heaters can be grouped in sets and equipped with a control system.

Ceramic Insulated (Band) Heaters are predestined for high-temperature applications beyond 450 °C, for example for pipe heating in process heat technology, especially when gases are involved. Ceramic insulated sectional surface heating elements are also brought into action where a heat storage capacity is needed, as in hot plates the case. With the heating surface of ceramic flat heaters being composed by small-limbed ceramic elements with aligned holes in the centre for the resistance coils to be fed through, ceramic sectional heating mats are also applicable for bent or cylindric surfaces. Like Micanite insulated flat heating elements also Ceramic insulated elements can receive a metal sheath. The latter provides additional protection against mechanical load and allows for attaching connection boxes. Another advantage is the easy installation by means of mounting holes in the metal cladding.

Electric 12V 13V Alumina Ceramic Heating Element Heater Rod for Oxygen Sensor Advantages Ceramic Heater for Oxygen senster is used for heating oxygen sensors that detect the exhaust gas of vehicles and is equipped to most of automobile gasoline engines. Because the temperature can be rapidly raised, it is possible to activate the sensor immediately after the engine start which provides useful feedback to reduce emissions. 1.Based material: a.white alumina ceramic b.the content of alumina is no less than 95%. c.the tungsten slurry is printed on the ceramic tape, laminated by hot pressing, and thensintered under the protection of a hydrogen atmosphere at 1650 ° C 2.Ni-wires:N6 Ni-wires with 0.6mm diameter 3.Brazing material: siliver-copper braging alloy