A fully-degradable heat-insulating environment-friendly packaging bag for express delivery, comprising a bag body, wherein the bag body has double fabric layers, including an inner layer of hot-rolled non-woven fabric, an outer layer of coated non-woven fabric, and a sandwich layer wherein the sandwich layer is filled with heat-insulating fibers. The bag body is using PLA biodegradable plastic material as base material, and the bag body is produced by spinning PLA, manufacturing thin non-woven fabrics, coating non-woven fabric, printing, forming a bag, and filling the fibers.

A surfboard wax packaging apparatus for an ingot of surfboard wax includes a heated paraffin tank configured for holding the ingot of surfboard wax and heating paraffin wax until molten. A quantity of 100% neutral inert paraffin wax is placed in the heated paraffin tank sufficient to cover the ingot of surfboard wax when submerged therein. A holder having a handle portion, an extension portion and a mount is provided. The handle portion is configured for hanging the holder on a rod, and the mount is configured to securely hold the ingot of surfboard wax, the extension portion keeps the handle portion outside the heated paraffin tank when the ingot is submerged in the paraffin tank, and a rod is provided for hanging the handle portion to allow the paraffin-encased ingot of surfboard wax to cool and dry prior to re-submersion.

To compound antibacterial and antiviral ingredients including stearyldiethanolamine in resin molded bodies with high uniformity and stability beyond the limits of conventional technology. The object can be accomplished by a resin molded body comprising a polymer resin, and stearyldiethanolamine and palmityldiethanolamine, wherein the content of palmityldiethanolamine is 2 to 25 parts by mass based on 100 parts by mass of the sum of the stearyldiethanolamine and the palmityldiethanolamine, and the polymer resin comprises a polyolefin or a polyamide.

A disposable food bag for use with a food tray which has a base of a predetermined length L and a width W, a wall extending upward from the base of a predetermined height H forming a container to provide a predetermined depth D and having a upper perimeter lip, wherein the bag includes a plastic substrate of length L1 which is slightly larger than length L and a width W1 which is slightly larger than width W and has an outer portion is configured to be retained by the perimeter lip, and an inner portion which when the outer portion is so retained has a depth D1 approximately the depth D and has at least one vent opening disposed within the inner portion.

Non-crosslinked polyolefin films or doped crosslinked polyolefin films (i.e., crosslinked polyolefin films that include a tear-alignment additive) may be used to shrink-wrap packages to create a wrapped package that is protected from tampering and damage but is also easy to open with little effort required by the customer. There is no need for perforations, and the films are quiet when torn, folded, cut, etc. Tear initiating cuts may be formed in the film. A tab may be placed over the film, and when the tab is pulled it applies enough force to start a pair of straight tears. The tears may be parallel or perpendicular to each other. The tears propagate in non-crosslinked polyolefin easily in the machine direction of the film as the tab continues to be pulled. In a doped crosslinked polyolefin, the tears propagate in the machine direction or perpendicular to the machine direction of the film.

Capsule for preparing a beverage, in particular a hot beverage, comprising a core material in the form of a compact or a bulk material, wherein the core material is a beverage substance, and a shell encasing the core material, the shell comprising a protein.

The present invention is packaging comprising at least one laser printing layer printable by laser irradiation, in which the laser printing layer includes a laser-printed portion printed by laser and a non-printed portion, at least a part of the packaging is sealed by fusion cutting, and the packaging meets the following requirements of (1) to (3). In addition, the present invention provides packaging that has laser printing unaccompanied by peeling off and is formed by fusion-cut sealing with high productivity and economic efficiency. (1) the thickness of the laser printing layer is 5 ?m or more and 200 ?m or less; (2) the difference in color L* value between the laser-printed portion and the non-printed portion is 1.0 or more and 10 or less; and (3) the fusion-cut sealing strength is 5 N/15 mm or more and 40 N/15 mm or less.

Cartridge (10) with a filling (12) of at least one substance for preparing a liquid product, said cartridge (10) including a side wall (140), a first end wall (142) through which said liquid product can flow from the cartridge (10) and a second end wall (16) of the cartridge (10) at the opposite side with respect to said first end wall (142), wherein said side wall (140), said first end wall (142) and said second end wall (16) comprise compostable material. The at least one between said first end wall (142) and said second end wall (16) has a layered structure comprising at least one layer (1420) of a first compostable material and at least one layer (1422) of a second compostable material, wherein said at least one layer (1420) of a first compostable material comprises at least one compound selected between polybutyrate adipate terephthalate (PBAT) and polybutylsuccinate (PBS), wherein said at least one layer (1422) of a second compostable material consists of at least one compound selected between polylactic acid (PLA) and a polyhydroxyalkanoate (PHA) polymer, wherein the polyhydroxyalkanoate (PHA) polymer is preferably polyhydroxybutyrate (PHB).

The present invention relates to a container of fiber pulp for packaging of food, such as vacuum packaging or modified atmosphere packaging. The container comprises a bottom part and side walls surrounding said bottom part and has at an upper end thereof a circumferential longitudinal rim part having a planer main surface being substantially parallel to the bottom plane and defining an opening of the container. The side walls further comprise a reinforcing element below the longitudinal rim part for generating an increased moment of inertia of the rim part along the longitudinal direction thereof.

An ultraviolet (UV)-resistant roofing shingles plastic film, package, packaging roll, and methods are disclosed. The UV-resistant plastic film includes an inner surface to face roofing shingles and an outer surface. The plastic film has a UV inhibitor to obstruct UV light.