There are 3 basic types of Intermediate Bulk Container (IBC) Tote Heaters:
Fabric Heating Jackets which wrap around the Intermediate Bulk Containers
Silicone Heaters that are placed under the Intermediate Bulk Container
Submersible Heaters that drop in the Intermediate Bulk Containers

Fabric Style Heating Jackets

Fabric Style Heating Jackets are the most common method of IBC heating. Simple to install and easy to move from one container to the next, these Heating Jackets are made to fit the most popular sizes of plastic bottle “caged-style” Intermediate Bulk Containers (220, 275 & 330 gallons).

When used on the “caged-style” Intermediate Bulk Containers which have a protective frame around them and plastic tank within, the Heating Jacket doesn’t actually make physical contact with the tank itself.  The heating process is done by heating the air around the plastic tank and for this reason CHR Inc. recommends the use of an Insulation Lid to retain the heat.

When selecting a Fabric Style IBC Tote Heater Jacket make sure you consider the following:

  • Match the size to fit the Intermediate Bulk Container Tote you use (the different volume containers typically have the same 40 x 48” foot print and differ only in height)
  • Match the Heating Jacket to your available supply power voltage (typically 120v or 220v).
  • Consider if the Intermediate Bulk Container Tote will be heated outside and exposed to the weather. All CHR Inc’s IBC tote heaters are suitable for extended outdoor use WITH the Insulating Lid installed.
  • What temperature is desired for the contents of the Intermediate Bulk Container?
    • If the temperature delta (difference between the environment temperature and desired temperature) is greater than 40 degrees, it would be wise to consider utilizing a High Power (2400-3600) watts or Heavy Duty Insulation for your Intermediate Bulk Container Heater.

Silicone Heaters

Silicone Intermediate Bulk Container Tote Heaters are a specialized heating solution that is used by many industries to keep thermally sensitive products at appropriate process temperatures. These IBC tote heaters are placed under the container.

These IBC tote heaters are designed for heating a multitude of products which are contained in an “In-Box” or “Bag-In-Box” style intermediate bulk container.

This Under-Tote heater can be customized to suit various container sizes and in some cases can be used with Plastic Bottle “caged” Intermediate Bulk Containers for gentle warming and frost protection applications.

The Under-Tote Heater makes direct contact with the bag or box which contains the product so the IBC tote heater is ideal for providing direct and uniform heating to products.  Typical materials range from glucose to wax, honey and shampoo, corn syrup and liquid soap, the Under-Tote Heater offers excellent thermal control and uniform heating ensuring that the thermally sensitive product contents do not exceed maximum temperatures.

Submersible heaters

(Temporarily Out of Stock) Submersible heaters get dropped into the contents of the Intermediate Bulk Container Totes (IBC heaters). By being submersed in the material, these IBC tote heaters have extremely efficient heat transfers.

For many applications that require keeping the contents sanitary, having a heater in the contents of the Intermediate Bulk Container wouldn’t be suitable, but when it is an IBC immersion heater can be a good solution or an easy way provide additional heat.

The CHR submersible tote heater is made with a self-regulating PTC element which reduces the chance of having a low content level cause a burnout (should the contents be drained out).

CHR submersible IBC tote heaters are made from Teflon (PTFE) and silicone and are compatible with many chemicals and have a Digital Temperature Controller.

Request a Custom Heater

    New application or replacing a previous solution?*

    Can we define the shape & size? If cylindrical what is the OD of the cylinder and length confirmed?*

    Do you have any photos of the vessel to be heated?

    Attach photo/files/drawings. Max file size 4mb.

    Are there any features that need to be accommodated?

    Material the vessel/item to be heated made of?

    Supply voltage desired?

    Amperage available?

    Starting temperature?

    Target temperature?

    Temp. accuracy needed? +/- 5F or more precise <2f?

    Do you require a temperature sensor in the heater? This sensor can work with an existing Temperature Controller if desired

    Do you desire we quote you a Digital Temperature Controller? We can provide both On/Off or PID Logic Enabled Temperature Controllers

    Adhere the heater to the cylinder or do you need to remove it?

    Is the area Classified/Explosion Proof?

    What is the Classification of the area? For example Class 1, Division 2

    It is the heating application outside? If so, will the heater going to exposed to the elements?

    Quantity needed?

    Attach additional photo/files/drawings. Max file size 4mb.

    Attach additional photo/files/drawings. Max file size 4mb.