Industrial Flanged Immersion Heaters
Welcome to Radiant Heating Technologies, your go-to destination for custom-made flanged immersion heaters designed for industrial and process heating applications. Our flange immersion heaters are specifically engineered to provide economical and reliable heating for large volumes of liquids.
Flange immersion heaters are inserted horizontally into tanks or vessels for direct heating of liquids, allowing the fluid to reach the desired temperature. They are ideal for use in tanks, pressurized vessels, and containers to heat both gases and liquids.
Our flange immersion heaters come with a host of features that make them an ideal choice for your heating needs:
- Effective heat transfer and energy efficiency
- Ease of installation and low maintenance
- Custom-built heaters in all sizes
- Wattage as per the process requirement
- Thermostatic control/RTD provided for precise temperature control
- Low watt density heaters used for longer life
- MOC: MS/SS/Inconel
- Heaters: Removable cartridge type heaters or tubular heater bundles
- Totally sealed weather-proof terminal box
- Applications
- Process air and gas heating
- Process chemical reactors
- Boiler equipment
- Cleaning and rinsing tanks
- Phosphating tanks
- Electroplating
- Lube oil and fuel oil heating
- Hydraulic and heat transfer oils
- Storage tanks
- Caustic solution heating
- Chemical industries
- Laboratories
- Food processing
To place an enquiry or order for our flange immersion heaters, please share the following information:
- Number of qty required
- Type of medium being heated
- Tank or vessel size
- Required temperatures
- Electrical rating – voltage, phase, watts
- Flange size, rating material
- Element sheath material
- Number of heater elements
- Element watt density
- Hot zone and cold zone lengths
- Sensing and control type – standard/thermostat type/sensor type and other details
What are Flange Immersion Heater used for?
A Flange Immersion Heater is an electric heating element that is designed to be inserted horizontally into a tank or vessel for direct heating of liquids. The flange element is connected to the tank via a flange, which allows it to be easily installed and removed for maintenance or replacement.
What are the applications of Flange Immersion Heaters?
Flange Immersion Heaters are commonly used in industrial and process heating applications, including process air and gas, process chemical reactors, cleaning and rinsing tanks, phosphating tanks, electroplating, lube oil and fuel oil heating, hydraulic and heat transfer oils, storage tanks, caustic solution heating, chemical industries, laboratories, and food processing.
What are the advantages of Flange Immersion Heaters?
Flange Immersion Heaters have several advantages, including effective heat transfer and energy efficiency, ease of installation and low maintenance, custom-built heaters available in all sizes, wattage as per the process requirement, thermostatic control/RTD provided for precise temperature control, low watt density heaters used for longer life, MOC: MS/SS/Inconel, heaters available in removable cartridge type heaters or tubular heater bundles, and a totally sealed weather-proof terminal box.
What are the factors to consider when selecting a Flange Immersion Heater?
When selecting a Flange Immersion Heater, you should consider the type of medium being heated, the tank or vessel size, the required temperatures, the electrical rating (voltage, phase, watts), the flange size, rating material, element sheath material, the number of heater elements, the element watt density, and the hot zone and cold zone lengths. Additionally, you should consider the sensing and control type, such as standard/thermostat type/sensor type, and other details.
What are the maintenance requirements for Flange Immersion Heaters?
To ensure the longevity and efficient operation of Flange Immersion Heaters, regular maintenance is required. This includes checking for any signs of wear or damage, replacing any worn or damaged parts, cleaning the elements, and ensuring that the terminal connections are secure. Additionally, it is important to perform regular inspections and tests to identify any potential issues before they become more serious.