The Cordova CB300 Cooling Band, Cold Snap is a reusable cooling accessory designed to help manage heat stress. Worn around the neck, it relies on an evaporation-based cooling process: the band is soaked in water, wrung out, and then activated by snapping or shaking to initiate cooling. The fabric is constructed from PVA, which absorbs water to facilitate gradual cooling for extended wear. When the band starts to dry, it can be re-wetted and reused, making it suitable for repeated tasks or shifts in hot environments. Each band is stored in its own plastic tube for convenient transport and reuse.
Key features include antimicrobial treatment to mitigate mildew and odor, and straightforward maintenance through machine or hand washing with air drying. The CB300 is supplied as a single cooling band per storage tube, aligning with the product's case quantity and packaging details. This makes it practical for individual use on site, with simple reactivation steps that do not require special equipment beyond water and a brief shake to energize the cooling effect.
Typical applications involve outdoor work, industrial yards, manufacturing floors, or any setting where workers face elevated temperatures and need a low-tech, reusable cooling solution. The product’s compatibility is defined by its design as a neck-worn cooling towel using PVA material; it does not specify additional sizing options beyond the single-band packaging and tube, nor does it reference certifications. Maintenance is straightforward, supporting repeated cycles of soaking and reactivation, with storage in the included tube to preserve moisture and readiness for future use.
Features:
- Anti-microbial treatment helps prevent mildew & odor
- Washable by machine or hand, air dry for reuse
- Individually packaged in a plastic storage tube
- Polymer cooling material intended for cooling applications
- PVA-based cooling towel construction
- Case quantity: 50 per case
- Material:
- PVA
- Type:
- Cooling Towel
- Case Quantity:
- 50 Each/Case
- Package Size:
- Each
