Premium PIBB6 Ice-Brix Packs, 5 1/2 x 4 x 3/4, White (Pack of 96)

The 6 x 4 x 3/4" - 6 oz. Ice-Brix® Packs are designed to keep contents cool while also helping to protect the environment. Manufactured with polyethylene film, these gel packs degrade into water, carbon dioxide, and biomass, leaving no heavy metals or residues behind.

When stored properly, these gel packs can sustain a 12-month shelf life, as long as the temperature does not exceed 86 degrees Fahrenheit and they are not exposed to direct UV radiation. The gel packs' ability to keep contents cool and their environmentally-friendly composition make them a versatile and responsible choice for a variety of applications.

Polyethylene film is used in the manufacturing of these gel packs, which allows them to degrade into natural elements such as water, carbon dioxide, and biomass. This eco-friendly design ensures that no heavy metals or harmful residues remain after use. The gel packs' degradable nature aligns with the growing emphasis on sustainability and environmental consciousness.

Proper storage is key to maintaining the gel packs' 12-month shelf life. They should be kept in an environment where the temperature does not exceed 86 degrees Fahrenheit and they are not exposed to direct UV light. This ensures the packs retain their cooling capabilities and remain effective for an extended period.

The Ice-Brix® Gel Packs' dual purpose of keeping contents cool while also being environmentally friendly makes them a compelling choice for a range of applications. Whether for use in food storage, medical transportation, or other temperature-sensitive needs, these gel packs offer a reliable and sustainable solution. Their ability to degrade into natural elements and lack of heavy metals or residues further contribute to their eco-friendly profile.

In conclusion, the 6 x 4 x 3/4" - 6 oz. Ice-Brix® Packs are a versatile and environmentally-conscious product that can help keep contents cool while also protecting the environment. Their manufacturing process, storage requirements, and overall design make them a practical and responsible choice for various temperature-sensitive applications.

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