


Container Liners are protective sheets with a specially treated aluminum foil surface to protect cargo from extreme temperature changes (high/low temperatures) and high humidity.

Container Liners cut approximately 97% of radiant heat, which is the major part of heat conduction, while shutting out humidity. They prevent extreme temperature and humidity changes of cargo in transit caused by the weather and other conditions, maintaining quality of sensitive cargo such as vegetables, grains, condiments, wine, electric equipment, precision machinery and chemicals. Container Liners are also effective to a certain extent for containers stored in container yards under direct sunlight and on transportation routes crossing the equator.
Main Features of Container Liners
- Prevent deterioration of product quality by maintaining temperatures under 40℃ or preventing freezing
- Thin and lightweight, easy to work with
- Forklift can be used for loading due to superior tensile and tearing strength
Please note:
- The data is experimental value only and performance is not guaranteed.
- Figures such as weight and folded size are provided as a guideline only.
- Product prices and specifications are subject to change without notice.
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Foods (Main purpose: prevention of deterioration at temperatures over 45℃)
- Wine, beer (Europe, Australia, New Zealand, etc)
- Cocoa powder, shortening
- Chocolates
- Retort-packed food
- Powdered milk
- Flour
- Vegetable and animal oils (e.g. margarine)
- Farm products (rice, fruit)
Chemicals (Main purpose: prevention of high temperatures and freezing)
- Toners (copiers and printers)
- Prevention of powdered ink dissolving due to temperature rise (45-50℃)
- Lauric acid (shampoo, soap, cosmetics, coconut oil, palm oil)
Prevention of deterioration at 44-46℃
- Paints
Prevention of deterioration at temperatures over 40℃
- Chemical ingredients
Prevention of solidification caused by temperature rise in powdered ingredients
- Dangerous goods
Prevention of high temperature/freezing
Others
- Batteries
Prevention of rust caused by condensation or humidity
- Papers (printing papers and others)
Prevention of expansion and contraction at temperatures over 50℃
- Film products (photo films, medical X-ray films)
Prevention of expansion and contraction at temperatures over 45℃
- Shrink-wrap (for instant noodles)
Prevention of expansion and contraction at temperatures over 50℃
- Wine corks
- Plastic containers (preforms, medical containers, etc)
Prevention of plastic deformation at temperatures over 40-45℃
- Textiles (clothes, interior)
Prevention of high temperature/high humidity
*Deterioration temperatures and other factors vary with the manufacturer. |
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