Products
-
Immersion type duct electric heater
An air duct heater shall be installed into a round duct after the incoming air filter, before HRV unit inlet. It is designed to prevent defrosting mode, i.e. avoid creating a slight negative pressure indoors. The heater is controlled by a thermostat, switching under low outdoor temperatures only.
-
Immersive duct heater for industry
Duct heater for air-heating systems, including surplus heat for heat recovery systems in homes or otherwise in connection with air duct systems.
-
Industrial immersive duct heater
Duct heaters are ideal to warm low-pressure air flow via convection heating. For cold and humid environments, the air flowing temperature of the duct will gradually decrease across the duct wall. For this case, an air duct heater would be useful to supply the required heat in order to warm the building. A duct heater’s simple design and installation is the main feature for this product.
-
Industrial duct electric heater immersive type
An air duct heater possesses multiple heating elements that are either coils or tubes that are attached to a steel casing, which is mainly used to prevent vibration and to protect the heater.
-
Electric duct heater
An air duct heater shall be installed into a round duct after the incoming air filter, before HRV unit inlet. It is designed to prevent defrosting mode, i.e. avoid creating a slight negative pressure indoors. The heater is controlled by a thermostat, switching under low outdoor temperatures only.
-
Industrial air duct heater
An air duct heater possesses multiple heating elements that are either coils or tubes that are attached to a steel casing, which is mainly used to prevent vibration and to protect the heater.
-
Air duct heater
Duct heaters are ideal to warm low-pressure air flow via convection heating. For cold and humid environments, the air flowing temperature of the duct will gradually decrease across the duct wall. For this case, an air duct heater would be useful to supply the required heat in order to warm the building. A duct heater’s simple design and installation is the main feature for this product.
-
Screw plug immersion heater for industry
A Screw plug heater can be used in a small vessel containing temperature sensitive medium. In order to consistently regulate the fluid temperature, control panels are installed to prevent overheating the chemical in unique heat transfer systems. This overheating reaction is known as the thermal decomposition, which is usually an endothermic reaction that involves with excessive heat causing the chemical bonds to break over an undetermined period. Installing a control panel is the best solution to protect your valuable chemicals and electric heater from potential thermal damages.
-
Screw plug immersive heater
Screwplug heaters pair well with all sorts of safety devices and controls, such as thermowells and high-limit temperature probes. They are an excellent option for heating flammable liquids or gases that require explosion-proof housing.
-
Industrial tank electric heater Vertical type
Electric storage tank heaters are the most common and efficient method of industrial tank heating. This product directly heats the tank contents with an electric immersion heater. Nearly 100% of the electrical energy used by the heater is absorbed by the product inside the tank.
-
Customized Gas preheater
It is an indirect heater with aluminum encased block protected by stainless steel or carbon shell. It is called heat exchangers and is one of the best methods to heat up the natural gas before transmission. The thermal carrier fluid used for heat exchangers are either hot water or steam.
-
Explosion proof Vertical type electric heater for industry
Explosion-proof electric heater is a kind of consuming electric energy converted into heat energy to heat the materials to be heated. During work, the low-temperature fluid medium enters the input port under pressure through the pipeline, and takes away the high-temperature heat energy generated by the electric heating element along the specific heat exchange channel inside the electric heating vessel, using the path designed by the principle of fluid thermodynamics.
