Bsc Preferred INM1517 Insulated Bubble Mailers 50/case

Product Description

The BSC PREFERRED INM1517 is an insulated bubble mailer designed for shipping perishable and temperature-sensitive items through standard parcel carriers. A 3/16 inch bubble lining cushions contents against impact and vibration during transit, while the outer thermal material helps maintain a stable interior temperature for the duration of shipment. The mailer is puncture-resistant and water-repellent, keeping contents protected from handling stress and moisture exposure. A peel-and-seal adhesive strip provides fast, secure closure without tape or additional tools. Sold in cases of 50 units.

These mailers are suited for businesses and logistics professionals shipping food, pharmaceuticals, biological samples, cosmetics, or other goods that require both thermal buffering and physical protection. The lightweight construction keeps shipping weight low without sacrificing durability. They are appropriate for residential and commercial shipping applications where a low-cost, single-use insulated mailer is needed in volume quantities.

Key Features

• 3/16 inch bubble lining cushions and insulates contents during transit
• Outer thermal material helps maintain desired interior temperature
• Puncture-resistant and water-repellent outer shell
• Peel-and-seal adhesive strip for tool-free, secure closure
• Lightweight construction minimizes added shipping weight
• Sold in a case quantity of 50 mailers

Compatibility

Designed as a direct equivalent to part number S-13374. Suitable for standard parcel shipping of perishable or temperature-sensitive goods where lightweight insulated mailers are required.

Installation Notes

No installation is required for these mailers. Pack contents securely before sealing to ensure the peel-and-seal strip makes full contact along the closure edge. Do not reuse mailers after the adhesive strip has been engaged, as the seal integrity cannot be guaranteed on subsequent use. Store unused mailers in a clean, dry environment away from heat sources to preserve adhesive performance.