A 110V IBC heating jacket with two independently controlled 2kW heating zones for controlled temperature maintenance of bulk materials.
- Total heating output of 4kW
- Two digital temperature controllers
- Adjustable temperature range from 0°C to 99°C
- IP44 rated construction
- Insulated multi-layer jacket design
- Quick-release adjustable buckle fastening
- Dimensions: 4400 x 1000mm
A 110V IBC heating jacket with two independently controlled 2kW heating zones for controlled temperature maintenance of bulk materials.
- Total heating output of 4kW
- Two digital temperature controllers
- Adjustable temperature range from 0°C to 99°C
- IP44 rated construction
- Insulated multi-layer jacket design
- Quick-release adjustable buckle fastening
- Dimensions: 4400 x 1000mm
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Log in to access trade discountsMAX IBC Heating Jacket 2 x 2kW 110V
The MAX IBC Heating Jacket provides controlled, even heating around an intermediate bulk container. It is designed for businesses that need to maintain the temperature of liquids, semi-solids or other compatible bulk materials during storage or use.
Two separate 2kW heating zones provide a total output of 4kW. Each zone has its own digital temperature controller. This allows the operator to set and monitor temperatures from 0°C to 99°C, with an accuracy of +/-1°C.
The insulated jacket wraps around the IBC and fastens with adjustable nylon webbing. It is a practical choice for helping materials remain workable, flow more easily or stay within a required process temperature range.
Key Features
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Two 2kW heating zones: Delivers a total heating output of 4kW. Each zone operates with its own temperature controller.
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Digital temperature control: Two adjustable digital controllers allow each heating zone to be set independently from 0°C to 99°C.
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Accurate temperature setting: Temperature control accuracy is +/-1°C.
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Comprehensive heating coverage: The jacket wraps around the container to provide broad surface heating.
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Insulated construction: Aramid fibre insulation helps retain heat around the container.
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Durable layered design: The heated inner face uses aluminium-coated silicone cloth. The outer layer uses Oxford cloth.
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Secure fastening: Nylon webbing, quick-release buckles and hook-and-loop fastening hold the jacket in place.
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110V industrial connection: Fitted with a 16A 110V industrial plug and 3m power cable.
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IP44 rating: Protected against solid objects larger than 1mm and water splashing from any direction.
Who Is This For
Trades and roles:
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Site managers
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Production managers
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Process operators
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Facilities managers
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Warehouse teams
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Maintenance engineers
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Purchasing teams
Industries:
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Construction
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Manufacturing
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Chemicals and process industries
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Food production
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Agriculture
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Coatings and paints
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Facilities management
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Warehousing and logistics
Specifications
| Specification | Detail |
|---|---|
| Product code | SE260001 |
| Power supply | 110V, 50Hz |
| Total power | 2 x 2kW |
| Heating zones | 2 |
| Temperature controls | 2 separate digital controllers |
| Temperature range | 0°C to 99°C |
| Temperature accuracy | +/-1°C |
| IP rating | IP44 |
| Jacket dimensions | 4400 x 1000mm |
| Power cable | 3m |
| Plug | Fitted 16A 110V industrial plug |
| Heated inner layer | Aluminium-coated silicone cloth |
| Insulation | Aramid fibre insulation |
| Outer layer | Oxford cloth |
| Heating element | Silicone-insulated spiral wound resistance element |
| Fastening | Nylon webbing with adjustable quick-release buckles and hook-and-loop fastening |
| Colour | Black |
Compatibility
| Container, material or environment | Compatibility | Guidance |
|---|---|---|
| Standard IBC containers | Suitable, subject to size check | Confirm the IBC dimensions before ordering. The jacket measures 4400 x 1000mm. |
| 110V site transformer supply | Required | Connect using the fitted 16A 110V industrial plug. |
| 240V mains supply | Not compatible | Do not connect the jacket directly to a 240V mains socket. |
| Temperature-sensitive liquids | Suitable, subject to material guidance | Set the temperature within the safe range specified by the material manufacturer. |
| Viscous liquids and semi-solids | Suitable, subject to material guidance | Heating can help maintain a workable consistency. Confirm the safe temperature first. |
| Food, chemicals and other controlled substances | Check before use | Check the substance safety data sheet, container suitability and process requirements. |
| Flammable or explosive materials | Not confirmed | Do not use unless the application has been assessed and the required hazardous-area certification is confirmed. |
| Dry indoor environments | Recommended | Operate the jacket in a dry environment. |
| Empty IBCs | Not suitable while powered | Disconnect the power when the container is empty. |
| IBC filling or emptying | Power must be disconnected | Disconnect the jacket before filling, emptying, fitting or removing it. |
| Sealed containers | Not suitable without venting | Keep the container vented to avoid pressure build-up. |
Who Is This For
This IBC heating jacket is for businesses that store or use materials in intermediate bulk containers. It is useful where cold conditions can affect material flow, handling or process consistency.
The two independently controlled heating zones make it suitable for applications that need controlled temperature maintenance around a bulk container.
Typical Applications
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Maintaining the temperature of compatible bulk liquids held in IBCs.
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Helping viscous materials remain easier to transfer or dispense.
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Supporting cold-weather storage of temperature-sensitive products.
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Warming compatible coatings, paints and process materials before use.
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Maintaining workable material consistency in construction and manufacturing settings.
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Supporting production processes where bulk materials need controlled heating.
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Providing temperature maintenance for materials stored in warehouse or site environments.
How to Use
Step 1: Check the IBC, jacket, cable, plug and controllers for damage before use. Confirm that the jacket is suitable for the container size and material.
Step 2: Position the IBC on stable, level ground in a dry environment. Ensure the container is vented where required.
Step 3: Wrap the jacket evenly around the IBC. Secure it using the nylon webbing, quick-release buckles and hook-and-loop fastening.
Step 4: Ensure the jacket is correctly fitted before connecting to power.
Step 5: Connect the fitted 16A plug to a suitable 110V supply.
Step 6: Set the required temperature on each digital controller. Follow the material manufacturer’s temperature limits.
Step 7: Monitor the material and the controller readings during heating. Adjust settings only when required.
Step 8: Disconnect the power before filling or emptying the IBC. Also disconnect it before removing or repositioning the jacket.
Common Mistakes
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Heating an empty container. Disconnect the jacket when the IBC is empty.
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Running the jacket while filling or emptying the IBC. Disconnect the power first.
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Setting a temperature without checking the material guidance. Excess heat can damage some products.
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Using the jacket with an unvented container. This can allow pressure to build inside the IBC.
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Using the product in a wet environment. Operate it in a dry location.
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Connecting to 240V mains. This jacket is designed for 110V supply only.
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Fitting the jacket loosely. Secure every strap and buckle before operation.
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Assuming it is suitable for hazardous areas. Hazardous-area use is not confirmed for this product.
Safety
Use this heating jacket only with a suitable 110V supply and fitted 16A industrial connection. Check the material safety data sheet before heating any substance. Do not exceed the material manufacturer’s recommended temperature.
Operate the jacket in a dry environment. Keep the IBC vented where required to avoid a build-up of internal pressure. Disconnect the power when the container is empty, while it is being filled or emptied, and before fitting or removing the jacket.
Do not use the jacket if the cable, plug, controller, heating surface or fastening straps are damaged. This product is IP44 rated. It is protected against splashing water, but it is not designed for immersion or uncontrolled outdoor exposure. Do not use with flammable or explosive materials unless the application has been formally assessed and the correct certified equipment has been specified.
Maintenance
Disconnect the jacket from the power supply before cleaning or inspection. Wipe the outer surface with a clean, dry cloth. Do not use solvents, abrasives or high-pressure water.
Check the cable, plug, controllers, straps, buckles and fastening points before each use. Keep the jacket dry when not in use. Fold and store it in a clean, secure location. Do not place heavy items on the controllers or power cable.
Frequently Asked Questions
Q: What is an IBC heating jacket used for?
A: It heats the outside of an intermediate bulk container to help maintain the temperature of compatible materials during storage or use.
Q: What is the total power output?
A: The jacket has two 2kW heating zones. The total output is 4kW.
Q: Can I control each heating zone separately?
A: Yes. Each zone has its own digital adjustable temperature controller.
Q: What temperature range can I set?
A: Each controller can be set from 0°C to 99°C. The stated control accuracy is +/-1°C.
Q: Is this jacket suitable for a standard IBC?
A: It is designed as an IBC heating jacket. Check your container dimensions before ordering to ensure a correct fit. The jacket dimensions are 4400 x 1000mm.
Q: Can I connect it to a normal 240V socket?
A: No. This is a 110V product with a fitted 16A industrial plug. Use a suitable 110V supply only.
Q: Can I use the jacket while filling the IBC?
A: No. Disconnect the power while the container is being filled or emptied.
Q: Can I heat an empty IBC?
A: No. Disconnect the jacket when the container is empty.
Q: Is the jacket waterproof?
A: It has an IP44 rating. This provides protection against splashing water. It is not waterproof and should be operated in a dry environment.


