A gift wrap system is provided. The gift wrap system includes a flexible fabric member having an interior surface opposite an exterior surface. A first plurality of fasteners is disposed along the exterior surface, wherein the first plurality of fasteners includes a combination of male fasteners and female fasteners removably securable to each other. In some embodiments, at least one accessory is removably securable to one of the first plurality of fasteners via a complementary fastener.

A multi-pack of articles with indicia is disclosed herein.

A flexible bag having an inner ply and an outer ply. The inner ply has a front panel and a back panel. At least one of the front and back panels having a microembossing on an inner surface thereof. A bag in box packaging having the flexible bag is likewise disclosed.

A bag that is capable of being turned inside out (everted) so that items can be picked up using the bag so that the item does not contact a user's hand. The bag is formed with a tall gusset that defines spaces for the user to place the fingers and thumb, respectively in the bag. The gusset can then be used to grasp the item before everting the bag by pulling the item and gusset upwardly through the top of the bag to achieve eversion.

A packaging article comprises a heat-shrinkable film having a total free shrink at 85 C. of at least 90%. The film has an inside seal layer, an outside polyester layer, and an inner oxygen barrier layer. A portion of the film contains a crosslinked polymer network. At least one film layer comprises an incompatible polymer blend. The article has tear initiators. The package provides post-shrink, full-length tear from the tear initiators to the opposite edge of the article, for easy product removal. The film has an instrumented impact energy-to-break of at least 0.65 J/mil, and/or an instrumented impact peak load strength of at least 66 Newtons/mil, and/or Truburst strength of at least 8 psi/mil.

A heat-shrinkable film having a total free shrink at 85 C. of at least 90%. The film has an inside seal layer, an outside polyester layer, and an inner oxygen barrier layer. A portion of the film contains a crosslinked polymer network. At least one film layer comprises an incompatible polymer blend. The film has an instrumented impact energy-to-break of at least 0.65J/mil, and/or an instrumented impact peak load strength of at least 66 Newtons/mil, and/or Truburst strength of at least 8 psi/mil.

The present disclosure describes apparatuses, systems, and kits for collecting, storing, or disposing hazardous waste. The apparatus may significantly reduce the risk of permeation of any hazardous material placed within the apparatus. The apparatus may provide a zero permissible exposure limit. The apparatus may reduce exposure to hazardous materials and may provide an increased ease of use compared to conventional apparatuses and systems, which are bulky, expensive, and difficult to use. The apparatus of the present disclosure may be used by any individual regardless of skill level.