Bsc Preferred GFM1013GD Metallic Poly Mailers 250 Per Case

Product Description

The BSC PREFERRED GFM1013GD is a case of 250 metallic poly mailers designed for direct mail, fulfillment, and shipping applications. Each mailer is constructed from opaque, aluminized polyester laminate at 2.8 mil thickness, providing water resistance and durability during transit. A peel-and-seal adhesive closure eliminates the need for tape or additional sealing equipment, speeding up packing operations. The bright metallic exterior is intended to improve visibility and response rates in direct mail campaigns. These mailers are sold as a case of 250 units, suited for moderate to high-volume mailing environments.

These mailers are used in shipping, fulfillment, and direct mail operations across a range of industries. The metallic finish makes them well suited for promotional mailings, retail product shipments, and marketing materials where presentation matters. The peel-and-seal closure allows for quick sealing on a packing line without additional tools. At 2.8 mil, the aluminized polyester laminate provides protection against moisture and minor abrasion during standard shipping and handling. This product ships as a single case of 250 mailers.

Key Features

• Aluminized polyester laminate construction at 2.8 mil for water resistance and durability
• Opaque metallic exterior suitable for promotional and retail mailing applications
• Peel-and-seal adhesive closure requires no tape or heat sealing equipment
• Sold in a case of 250 mailers for volume packing operations
• Equivalent to part number S10015GOLD

Compatibility

Equivalent to part number S10015GOLD. Suitable as a direct replacement for standard metallic poly mailers in fulfillment and direct mail workflows.

Installation Notes

No tools are required to seal these mailers. Remove the adhesive strip liner and press the flap firmly to close. Store mailers in a cool, dry environment to preserve adhesive performance. Handle with care to avoid scratching the metallic exterior before use.