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  • REDUCE

Paper-based Packaging 

(Environmentally Friendly Packaging)
  • REDUCE

Paper-based Packaging 

(Environmentally Friendly Packaging)

In paper-based varrier packaging using paper as a substrate, using NUCREL™ or HIMILAN™ as a heat seal layer makes downgaging of the layer possible, which lead to higher percentage of paper in the total packaging structure. The "paper mark" can be printed on the packaging by it. 

The paper-based packaging can be more environmentally friendly in comprihensible way for consumers by our proposal.

In paper-based varrier packaging using paper as a substrate, using NUCREL™ or HIMILAN™ as a heat seal layer makes downgaging of the layer possible, which lead to higher percentage of paper in the total packaging structure. The "paper mark" can be printed on the packaging by it. 

The paper-based packaging can be more environmentally friendly in comprihensible way for consumers by our proposal.

  • Our Proposal

  • Our Proposal
en_paperpackage_structure-1
  • Physical Properties

  • Physical Properties
en_paperpackage_comparison
Composition
Basic composition
Our proposal
Material
LDPE(30μm)
LDPE(15μm)
NUCREL™ (15μm)
HIMILAN™ (15μm)
Heat seal
strength
Seal at
low temperature
N/A
Similar
Far better
Far better
Seal strength
N/A
Similar*1
Similar*1
Similar*1
Hot tack strength
N/A
Similar
Far better
Far better
Pinhole resistance
N/A
Worth
Equivalent
Far better
The result is written in comparison to LDPE (30um)
*1) Although the absolute strength is inferior, the maximum strength in the relevant composition is reached, resulting in substrate failure during strength measurement.

 

Composition
Basic
composition
Our proposal
Material
LDPE
(30μm)
LDPE
(15μm)
NUCREL™
(15μm)
HIMILAN™
(15μm)
Heat seal
strength
Seal at low
temperature
Similar
Far better
Far better
Seal
strength
Similar*1
Similar*1
Similar*1
Hot tack strength
Similar
Far better
Far better
Pinhole resistance
Worth
Equivalent
Far better
The result is written in comparison to LDPE (30um)
*1) Although the absolute strength is inferior, the maximum strength in the relevant composition is reached, resulting in substrate failure during strength measurement.

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