Premium Pallet Cover

August 12, 2019 4:35 pm Published by
Sold By: Protek Cargo S.r.l.

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Description

Our best selling product. Designed to protect against low duration exposure to both heat and cold. An advanced layer of trapped air combined with a durable radiant barrier prevents heat transfer through radiation and convection.

MOST ECONOMICAL

SureTemp®  Premium-Performance Metalized Pallet Covers are the most economical pallet covers that
shippers turn to when looking to minimize temperature excursions and maintain cold chain for Air &
LTL shipments.

The outer layer of the SureTemp® Premium-Performance Metalized Pallet Cover is made of reflective
metalized film, which provides protection against solar radiation. Inside is an advanced single layer bubble insulation between two layers of clear polyethylene, designed to reduce heat transfer through conduction.

BENEFITS

Solar Reflectance: 84%  (ASTM E1980)

Emittance:  .55          (ASTM C 13171)

Thermal Resistance:   R 1.3 (ASTM C 518)

KEY FEATURES

  • Cost savings alternative vs. refrigeration
  • Protects against excessive ambient heat
  • Lightweight / durable
  • Reduces carbon footprint
  • Quick & easy on/off installation
  • Enhanced shipment security

BEST PRACTICES

Covers should be stored at a suitable temperature to retain thermal efficiency, and in a dry location to avoid contamination. Fit covers in a suitable ambient temperature.

Fitting covers in extreme temperatures can result in accelerated temperature change of product.

DOUBLE INSULATION

SureTemp® Premium-Performance Metalized Pallet Covers are the most economical pallet covers that shippers turn to when looking to minimize temperature excursions and maintain
cold chain for Air & LTL shipments.

The outer layer of the SureTemp® Premium-Performance Metalized Pallet Cover is made of reflective metalized film, which provides protection against solar radiation. Inside is an advanced dual layer bubble insulation between two layers of clear polyethylene, designed to reduce heat transfer
through conduction.

 

Click here to learn more!

 

 

 

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This post was written by Francisco Ortuno

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