Bubble air thermal cover for 1000 lt IBC containers - passive
Bubble air thermal cover for 1000 lt IBC containers - passive
Product Description
Technical data sheet
| Feature | Specifications |
|---|---|
| Item code | 15-1736 |
| Product name | Bubble-wrap thermal cover for 1000 L IBCs |
| Type | Passive insulation cover |
| Container capacity | 1000 L |
| Outer material | Metallic aluminum |
| Internal structure | Bubble-wrap film interlayer (Pluriball) |
| Dimensions | 1200 × 1000 × 1150 mm |
| Weight | 4 kg |
| Packaging dimensions | 820 × 620 × 150 mm |
| Top opening | Velcro closure |
| Power supply | Not required |
| Food and pharmaceutical suitability | No |
| ATEX certification | No |
| Passive | Yes |
Description
The bubble-wrap thermal cover for 1000-liter IBC containers is designed to help maintain the temperature of the contents and protect them from solar radiation. It is particularly suitable when containers are transported or placed outdoors and exposed to direct sunlight.
The structure consists of an outer layer of metallic aluminum, which reflects part of the solar radiation, and an interlayer of bubble-wrap film, which helps limit heat transfer between the external environment and the container.
The cover is made in one piece and is installed by wrapping it around the IBC container. The top features an opening with a Velcro closure, allowing access to the container lid without completely removing the cover.
The structure is passive and does not require a power supply.
Technical features
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Compatible with standard 1000-liter IBC containers.
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Outer layer of metallic aluminum to reflect solar radiation.
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Bubble-wrap film interlayer.
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Helps reduce heat transfer from the outside.
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Helps protect the contents from solar radiation.
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One-piece structure, easy to install.
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Top opening with Velcro closure for access to the IBC lid.
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Passive structure, no power supply required.
Applications
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Logistics and transport, to protect IBC containers from solar radiation.
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Outdoor storage, to limit container heating due to sun exposure.
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Industry and production, to help maintain a more stable temperature for stored products.
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Fluid handling, when it is useful to reduce the effects of external temperature fluctuations.
