IBC - Barrier Film Liner

IBC - Barrier Film Liner

The liner’s aluminum film stops oxygen and water vapor from penetrating inside and causing oxidization or fermentation. It is suitable for the fruit and vegetable processing industry, liquid food, beverages, wines, as well as other volatile or oxidizable liquids.

  • Triple Layer Design for full containment integrity  
  • Ideal for almost all non-hazardous chemical liquids    
  • The liner’s aluminum film stops oxygen and water vapor from penetrating inside and causing oxidization or fermentation
  • Our durable film structures deliver outstanding protection while preserving the quality
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Technical Specification

  • 104 microns thick outer layer
  • 60 microns thick middle layer
  • 60 microns thick inner layer
  • Outer layer is a composite material of PE/VMPET/PE
  • Suitable for all OptiFlow IBC sizes
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Design Features

Barrier Film Liner

The liner’s aluminum film stops oxygen and water vapor from penetrating inside and causing oxidization or fermentation. It is suitable for the fruit and vegetable processing industry, liquid food, beverages, wines, as well as other volatile or oxidizable liquids.

  • Triple Layer Design for full containment integrity  
  • Ideal for almost all non-hazardous chemical liquids    
  • The liner’s aluminum film stops oxygen and water vapor from penetrating inside and causing oxidization or fermentation
  • Our durable film structures deliver outstanding protection while preserving the quality

Hands-free filling

Novabox's IBC liners are available in three types to meet the demands of different use scenarios and professions. Thanks to a professional and effective folding process, our liners boast the following advantages: easy installation and operation, hands-free filling, high efficiency, maximum volume, and high compatibility with filling devices.

Top Offset Filling

The filling spout is located on top and near the edge of the side panel.

Bottom Central Filling

The filling spout is located in the center of the bottom.

Top Central Filling

The filling spout is located in the center of the top.

Design Features

Design Features

Design Features

Design Features

Design Features

Design Features

Environmental Benefit

Delivery & Returns

Liner Parameters

Liner Model
Spout Position
Filling Spout
Discharge Valve
Applicable IBC
330-CM2
Bottom Central Spout
2”
Cutter Membrane Valve
OF330, IF1040
1400-CM2
Bottom Central Spout
2”
Pullplug Valve
OF330, IF1040
330-PM2
Bottom Central Spout
2”
Pullplug Valve
OF330, IF1040
1040-N3
Top Non-central Spout
3”
IF1040
1040-C3
Top Non-central Spout
3”
Cutter Membrane Valve
IF1040
1040-PP4
Top Non-central Spout
4”
Roplug PC Valve
IF1040
330-NM2
Bottom Central Spout
2”
OF330, IF1040
1400-NM2
Bottom Central Spout
2”
OF330, IF1040
330-PPM2
Bottom Central Spout
2”
Roplug PC Valve
OF330, IF1040
330-PM3
Bottom Central Spout
3”
Pullplug Valve
OF330, IF1040
1040-N4
Top Non-central Spout
4”
IF1040
330-N2
Top Non-central Spout
2”
OF330
1040-P2
Top Non-central Spout
2”
Pullplug Valve
IF1040
1040-P3
Top Non-central Spout
3”
Pullplug Valve
IF1040
1040-PP2
Top Non-central Spout
2”
Roplug PC Valve
IF1040
1040-PP3
Top Non-central Spout
3”
Roplug PC Valve
IF1040
330Z
Bottom Central Spout
2”
Pullplug Valve
OF330, IF1040, RRS
330-CM2-RRS
Bottom Central Spout
2”
Cutter Membrane Valve
OF330, IF1040, RRS
330-PM2-RRS
Bottom Central Spout
2”
Pullplug Valve
OF330, IF1040, RRS
330-DM2-RRS
Bottom Central Spout
2”
Butterfly Valve
OF330, IF1040, RRS
330-C2-RRS
Top Non-central Spout
2”
Cutter Membrane Valve
OF330, IF1040, RRS
330-P2-RRS
Top Non-central Spout
2”
Pullplug Valve
OF330, IF1040, RRS
330-D2-RRS
Top Non-central Spout
2”
Butterfly Valve
OF330, IF1040, RRS

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