Slim Cooling Pack for Compact Insulated Cases

Slim cooling pack for compact insulated-case projects

SKU 1001 is shown as a narrow silver pouch with rounded corners. Its slim format may be useful when a buyer has limited space beside a protected payload, but the finished dimensions, mass, filling, layer structure and set quantity must be confirmed from the approved product record. Product imagery and a legacy page title are not substitutes for a drawing or packing list.

Buyer facts and confirmation points

Confirm case fit before approving the component

A narrow pack is useful only when it fits the intended pocket without stressing the pouch or directly freezing a sensitive payload. Match the finished length, width and conditioned thickness to the case drawing. Confirm the clearance, retention method, barrier or separator, orientation and number of packs in the complete configuration.

Sample and compatibility checklist

• Approved drawing, tolerance and conditioned thickness
• Dry and conditioned mass, filling identity and layer structure
• Fit in the exact pocket with the intended payload and separator
• Seal inspection after conditioning, handling and representative travel
• Set quantity, instructions, labels, inner pack and carton contents
• Conditioning, storage, damage, leakage, replacement and disposal steps

Cooling duration belongs to the complete system

No standalone pouch has a universal cooling duration. Results change with the insulated case, number and placement of packs, conditioning, payload mass, starting temperatures, ambient profile, openings and selected endpoint. Any published time or temperature range should name the exact configuration and protocol and link to an approved report.

Medicine transport requires buyer validation

This component must not be presented as proof that insulin or another medicine remains within its required storage range. The buyer should follow the specific medicine manufacturer’s labeling, prevent direct freezing contact where required, place calibrated loggers at representative payload locations and qualify the complete loaded case. FDA notes that insulin can lose effectiveness after extreme-temperature exposure and should not be frozen; see its insulin storage information. That guidance does not validate SKU 1001 or any Cryozin case.

Compare the cold-transport family by construction

Do not describe SKU 1001 as a replacement pack for SKU 1060 unless both approved drawings and BOMs establish compatibility.

Material, sealing and OEM records

Confirm every pouch layer and the filling against the approved SKU BOM. If food-contact, BPA-free, non-toxic, leak-resistant or low-temperature-flexibility language is required, define the exact market, intended contact condition, test method, report and responsible material supplier first. Cryozin’s material-selection page describes general options but does not establish SKU 1001’s composition.

Branding, instructions and packaging can be reviewed through Cryozin’s customization process. Inspection points should reference the approved drawing, sample, BOM and packing list; see the general quality-control process. Exact tests, frequency and acceptance criteria remain project-specific.

Frequently asked sourcing questions

Does this pack cool for 8–10 hours?

No product-specific report was available in this audit. A duration may be published only for a named pack count, case, payload, preparation, ambient profile, probe location and endpoint.

Does it fit the two-pack insulin travel case?

Compatibility is not established. The blue packs shown with SKU 1060 do not visually match this silver pouch, so match both approved drawings and conditioned samples before cross-selling.

Is it safe for direct medicine contact?

No. A cold source should not touch a temperature-sensitive medicine unless the medicine instructions and a validated loaded configuration allow it. Confirm separators, placement and monitored results.

Is it leakproof and reusable?

Those claims require approved integrity, conditioning, inspection, cycle and replacement records. Reject and replace any pouch that is damaged or leaking according to the approved instructions.

Can it be carried on an aircraft?

Do not call the product TSA-approved. U.S. screening rules distinguish frozen and medically necessary gel packs and require inspection; travelers should check the current TSA guidance, airline and destination rules.

Prepare the compact-case component brief

Send the intended case and pocket drawing, payload, required storage limits, route profile, pack count, conditioning resources, target market, quantity, artwork, labeling and packaging needs. Submit the project brief or learn more about Cryozin.