IBC heaters

An IBC heating mat is used to heat filling material by heating the mat between the IBC pallet and the inner container. However, as a cheaper alternative to heating jackets, a heating mat is somewhat more complex to install.This IBC heating mat works by means of about 27m long, silicone-coated heating wires which are aluminum-laminated on both sides. This results in optimal stability and heat distribution. The built-in thermostats prevent overheating. The control thermostat is used to heat the product to 60°C (ATTENTION: The surface temperature of the mat can be up to 90°C!) In case of malfunction or failure of the control thermostat, the limiter thermostat controls the heating and limits the heating of the product to a maximum of 70°C. It should be noted, however, that the effective heat development of the product depends on several factors. First and foremost, the nature of the product must be taken into account in terms of its heat transfer coefficient. The ambient temperature and the pallet type of the IBC in question also play an important role. Container pallets with a steel tray (top surface / contact surface of the pallet with the IBC liner) are more suitable than wooden or plastic pallets, as these reflect / dissipate heat more strongly and thus absorb less. IMPORTANT NOTES: IBC tank heating mats may only be operated with filled IBCs! DO NOT undertake a "dry test". This could damage the IBC inner tank or even cause it to melt.The heating mat must be mounted between the IBC bladder and the pallet, never on the side or on top of the IBC. In order to remove the inner container of the IBC tank from the grid body, the cross struts on top must first be unscrewed. This usually requires unscrewing four screws on the top of the IBC. After unscrewing, the struts can be pulled out sideways and the IBC bladder can be pulled out upwards. Tip: To pull the bladder out of the lattice box without outside help, the IBC tank can also be laid on its side.The IBC heating mat is then placed on the pallet and the cable is run out to the side. Then the assembly takes place with insertion of the inner tank and screwing of the cross struts.The heating mat has a Euro plug and it is mandatory to operate it on a connection with a residual current circuit breaker of 30mA and a circuit breaker 10A.Be sure to read and follow the supplied instructions for proper operation of the heating mat. 

This IBC immersion heater is designed for controlled heating and temperature maintenance of liquids in standard 1000 litre IBC containers. The heating element is immersed directly into the liquid, allowing direct heat transfer into the medium. This makes the heater particularly suitable for applications where viscosity or flow behaviour needs to be improved by controlled heating.Product BenefitsDirect heat transfer by immersion into the liquid2000 W heating output for industrial temperature control processesDigital thermostat with temperature control from 0 to 90 °CDesigned for standard 1000 litre IBC containersSupports controlled heating, temperature maintenance and improved product flowCan improve the handling of viscosity-dependent liquidsSuitable for water-based solutions, oil-based products and compatible chemical process mediaTypical ApplicationsWater and water-based solutionsMild acids and alkaline solutionsOil-based productsChemicals and industrial process liquidsTemperature control of liquids in IBC containersImproving the flow characteristics of temperature-dependent mediaProduct DescriptionUnlike IBC heating jackets or base heater mats, an immersion heater transfers heat directly into the liquid. Heat is not first transferred through the container wall or base, but introduced directly into the medium. For compatible liquids, this can be an efficient method for controlled heating and temperature maintenance.The integrated digital thermostat allows precise temperature control up to 90 °C. The immersion heater is intended for use in standard 1000 litre IBC containers. Before use, the medium must be checked for compatibility with direct immersion heating and for its maximum permissible product temperature. Adequate liquid level and full coverage of the heating element must be ensured during operation.   Important! Before use, check the manufacturer’s specifications regarding the maximum media temperature for the respective container (IBC, drum, canister, etc.). All temperatures listed are for guidance only.The temperatures that can be achieved depend on many variables, such as the ambient temperature, the supply voltage, the medium, the drum material, the drum size, whether an agitator is used, and much more.The heating element must only be operated on filled containers! DO NOT under any circumstances perform a “dry test.” This could damage the container or even cause it to melt.The heating element must be operated at a connection equipped with a properly rated residual current device (RCD) and circuit breaker.Be sure to read and follow the manufacturer’s instructions on the product and the manual for the proper operation of the heating element.

This silicone IBC heater mat is designed for controlled heating and temperature maintenance of standard 1000 litre IBC containers. Heat is transferred directly through the base of the container, making it particularly suitable for applications where materials require additional heat from below. The integrated digital thermostat provides precise temperature control up to 150 °C.Product BenefitsDirect heat transfer through the base of the IBC container2700 W heating output for demanding industrial applicationsDigital thermostat with temperature control from 0 to 150 °CSuitable for controlled heating and temperature maintenanceSupports heating of high-viscosity and settling materialsRobust silicone construction for industrial useIdeal in combination with an IBC heater jacket and insulated IBC lidTypical ApplicationsResinsWaxes and paraffinsAdhesivesOils and lubricantsChemicals and industrial process mediaTemperature-sensitive manufacturing processesProduct DescriptionMany industrial materials become increasingly viscous or begin to settle near the bottom of the container. The silicone heater mat transfers heat directly through the container base, supporting efficient heat input where it is often most beneficial. This can improve product flow and contribute to more stable processing conditions.With a temperature range up to 150 °C, the heater mat is suitable for controlled industrial heating applications requiring higher process temperatures. For optimum thermal performance, it can be combined with a matching IBC heater jacket and insulated IBC lid to achieve more uniform temperature distribution and reduce heat loss.  Important! Before use, check the manufacturer’s specifications regarding the maximum media temperature for the respective container (IBC, drum, canister, etc.). All temperatures listed are for guidance only.The temperatures that can be achieved depend on many variables, such as the ambient temperature, the supply voltage, the medium, the drum material, the drum size, whether an agitator is used, and much more.The heating element must only be operated on filled containers! DO NOT under any circumstances perform a “dry test.” This could damage the container or even cause it to melt.The heating element must be operated at a connection equipped with a properly rated residual current device (RCD) and circuit breaker.Be sure to read and follow the manufacturer’s instructions on the product and the manual for the proper operation of the heating element.

This insulation lid has been specifically developed to complement Food & Pharmaceutical IBC heaters used with standard 1000 litre IBC containers. It reduces heat loss through the top of the container and supports more stable product temperatures during heating and temperature maintenance. This helps improve the overall efficiency of the heating system while maintaining consistent process conditions.Product BenefitsDesigned for 1000 litre Food & Pharmaceutical IBC heatersReduces heat loss through the top of the containerImproves the overall efficiency of the heating systemSupports more stable product temperaturesSuitable for heating applications up to 90 °CPassive insulation without electrical componentsQuick and easy installationTypical ApplicationsFood ingredients and food processing materialsSyrups, concentrates and edible oilsPharmaceutical intermediatesCosmetic raw materialsTemperature-sensitive liquids used in hygienic production environmentsProduct DescriptionA significant amount of heat can escape through the uncovered top of a heated IBC container. The insulation lid helps minimise these losses, improving heating efficiency while supporting more stable product temperatures throughout the process.The insulation lid has been developed as a complement to the Food & Pharmaceutical IBC heater range and is intended for applications in the food, pharmaceutical and cosmetics industries. According to the manufacturer, this product series uses materials intended for applications requiring enhanced material properties. For optimum thermal performance, the insulation lid should be used together with a matching IBC heater.

This IBC heater is designed for controlled heating, temperature maintenance and freeze protection of liquids stored in standard 1000 litre IBC containers. The Food & Pharmaceutical version is intended for applications in the food, pharmaceutical and cosmetics industries where precise temperature control and suitable material properties are required. Two independently controlled heating zones, each equipped with its own digital thermostat, provide accurate and flexible temperature control up to 90 °C.Product BenefitsTwo independently controlled heating bands with individual digital thermostatsTotal heating output of 2 × 1000 WPrecise temperature control up to 90 °C for each heating zoneFood & Pharmaceutical version for demanding hygienic and industrial applicationsUniform heat transfer through the side walls of the IBC containerImproves the flow characteristics of temperature-sensitive and high-viscosity materialsSuitable for controlled heating, temperature maintenance and freeze protectionRecommended for use with a matching insulated IBC lid to improve thermal efficiencyTypical ApplicationsFood ingredients and food processing materialsPharmaceutical intermediatesCosmetic raw materialsSyrups and concentratesEdible oils, fats and waxesOther temperature-sensitive process mediaProduct DescriptionMany raw materials become increasingly viscous at lower temperatures, making pumping, dispensing and processing more difficult. The heater transfers heat evenly through the side walls of the container, supporting controlled temperature management of large liquid volumes while improving product flow and maintaining stable processing conditions.The two independently controlled heating zones allow flexible adjustment to individual process requirements. According to the manufacturer, the Food & Pharmaceutical series uses materials intended for applications requiring enhanced material properties. For maximum thermal efficiency, the heater is best combined with a matching insulated IBC lid to minimise heat loss.   Important! Before use, check the manufacturer’s specifications regarding the maximum media temperature for the respective container (IBC, drum, canister, etc.). All temperatures listed are for guidance only.The temperatures that can be achieved depend on many variables, such as the ambient temperature, the supply voltage, the medium, the drum material, the drum size, whether an agitator is used, and much more.The heating element must only be operated on filled containers! DO NOT under any circumstances perform a “dry test.” This could damage the container or even cause it to melt.The heating element must be operated at a connection equipped with a properly rated residual current device (RCD) and circuit breaker.Be sure to read and follow the manufacturer’s instructions on the product and the manual for the proper operation of the heating element.

This insulation lid has been designed as a complement to IBC heaters for standard 1000 litre IBC containers. It reduces heat loss through the top of the container and helps maintain a more stable product temperature. When used together with an IBC heater, it improves thermal efficiency and supports consistent heating performance.Product BenefitsDesigned for standard 1000 litre IBC containersReduces heat loss through the top of the containerImproves the efficiency of IBC heating systemsSupports more stable product temperaturesSuitable for IBC heating systems operating up to 90 °CPassive insulation without electrical componentsQuick and easy installationTypical ApplicationsTemperature maintenance of liquids stored in IBC containersSupplement to IBC heating systemsOils and lubricantsChemicals and industrial process mediaResins and adhesivesWaxes and other temperature-sensitive liquidsProduct DescriptionA considerable amount of heat can escape through the uncovered top of a heated IBC container. The insulation lid helps minimise these losses, improving overall heating efficiency while supporting more consistent product temperatures during storage and processing.As a passive insulation component, the lid requires no electrical connection and can be installed within seconds. Combined with a matching IBC heater, it forms an efficient insulation system that helps reduce heat loss and improve temperature stability during extended heating cycles.

This IBC heater has been developed specifically for freeze protection and temperature maintenance of liquids stored in standard 1000 litre IBC containers. With a temperature range of 0 to 40 °C, it is particularly suitable for preventing frost damage and maintaining moderate product temperatures during storage and handling. The integrated digital thermostat provides accurate temperature control to suit the application.Product BenefitsDesigned specifically for freeze protection and temperature maintenanceDigital thermostat with temperature control from 0 to 40 °C1300 W heating outputHelps prevent freezing of temperature-sensitive liquidsSupports stable storage temperatures during cold weatherEasy installation on standard 1000 litre IBC containersRecommended for use with a matching insulated IBC lid to reduce heat lossTypical ApplicationsFreeze protection of liquids stored in IBC containersTemperature maintenance during storage and transportWater-based solutionsChemicals and industrial process mediaLiquid fertilisers and technical fluidsIndustrial applications requiring moderate heatingProduct DescriptionLow ambient temperatures can increase the viscosity of many liquids or even cause freezing. The heater helps maintain the desired product temperature, supporting reliable pumping and processing while protecting temperature-sensitive media against frost.With a control range up to 40 °C, this version is primarily intended for freeze protection and moderate temperature maintenance rather than high-temperature heating applications. For improved thermal efficiency, the manufacturer recommends combining the heater with a matching insulated IBC lid to minimise heat loss.  Important! Before use, check the manufacturer’s specifications regarding the maximum media temperature for the respective container (IBC, drum, canister, etc.). All temperatures listed are for guidance only.The temperatures that can be achieved depend on many variables, such as the ambient temperature, the supply voltage, the medium, the drum material, the drum size, whether an agitator is used, and much more.The heating element must only be operated on filled containers! DO NOT under any circumstances perform a “dry test.” This could damage the container or even cause it to melt.The heating element must be operated at a connection equipped with a properly rated residual current device (RCD) and circuit breaker.Be sure to read and follow the manufacturer’s instructions on the product and the manual for the proper operation of the heating element.

This IBC heater is designed for controlled heating, temperature maintenance and freeze protection of liquids stored in standard 1000 litre IBC containers. Three independently controlled heating bands, each equipped with its own digital thermostat, provide flexible temperature management and support uniform heating of large liquid volumes. This makes the heater particularly suitable for demanding industrial processing applications.Product BenefitsThree independently controlled heating bands with individual digital thermostatsTotal heating output of 3 × 1000 WPrecise temperature control up to 90 °C for each heating zoneFlexible adjustment of heating performance to process requirementsUniform heat transfer through the side walls of the IBC containerSupports heating of high-viscosity materials and freeze protectionHeavy-duty design for continuous industrial operationRecommended for use with a matching insulated IBC lid to improve thermal efficiencyTypical ApplicationsChemicals and industrial process mediaResins and adhesivesOils and lubricantsWaxes and paraffinsLiquid raw materialsTemperature maintenance of large liquid volumesProduct DescriptionHeating large IBC containers efficiently requires even heat distribution across the container surface. The three independently controlled heating zones allow flexible temperature management over almost the full height of the container, making the heater suitable for varying fill levels and demanding industrial processes.The heater is designed for applications requiring high heating capacity combined with flexible temperature control. For improved thermal efficiency, the manufacturer recommends using the heater together with a matching insulated IBC lid to minimise heat loss through the top of the container.   Important! Before use, check the manufacturer’s specifications regarding the maximum media temperature for the respective container (IBC, drum, canister, etc.). All temperatures listed are for guidance only.The temperatures that can be achieved depend on many variables, such as the ambient temperature, the supply voltage, the medium, the drum material, the drum size, whether an agitator is used, and much more.The heating element must only be operated on filled containers! DO NOT under any circumstances perform a “dry test.” This could damage the container or even cause it to melt.The heating element must be operated at a connection equipped with a properly rated residual current device (RCD) and circuit breaker.Be sure to read and follow the manufacturer’s instructions on the product and the manual for the proper operation of the heating element.

This IBC heater is designed for controlled heating, temperature maintenance and freeze protection of liquids stored in standard 1000 litre IBC containers. Two independently controlled heating zones, each equipped with its own digital thermostat, allow flexible temperature control and support uniform heating of the container contents. This makes the heater particularly suitable for industrial applications with demanding process requirements. Important!Before use, check the manufacturer’s specifications regarding the maximum media temperature for the respective container (IBC, drum, canister, etc.). All temperatures listed are for guidance only.The temperatures that can be achieved depend on many variables, such as the ambient temperature, the supply voltage, the medium, the drum material, the drum size, whether an agitator is used, and much more.The heating element must only be operated on filled containers! DO NOT under any circumstances perform a “dry test.” This could damage the container or even cause it to melt.The heating element must be operated at a connection equipped with a properly rated residual current device (RCD) and circuit breaker.Be sure to read and follow the manufacturer’s instructions on the product and the manual for the proper operation of the heating element. Product Benefits Two independently controlled heating zones, each with its own digital thermostat Total heating output of 2 × 1000 W Precise temperature control up to 90 °C per heating zone Uniform heat transfer through the side walls of the IBC container Improves the flow characteristics of high-viscosity materials Supports freeze protection and stable processing temperatures Easy installation using integrated fastening systems Ideal in combination with a matching insulated IBC top cover to minimise heat loss Typical Applications Oils and lubricants Chemicals and industrial process media Resins and adhesives Waxes and paraffins Liquid raw materials for industrial production Freeze protection during storage and production Product Description Large liquid volumes respond relatively slowly to temperature changes because of their high thermal mass. The heater transfers heat evenly through the side walls of the container, supporting controlled heating of the entire contents while improving flow characteristics and maintaining stable process conditions. The two independently controlled heating zones allow individual temperature adjustment for different sections of the container. This provides greater flexibility for demanding industrial applications while helping to optimise energy consumption. For maximum thermal efficiency, the heater can be combined with a matching insulated IBC top cover to further reduce heat loss.