A weight lifting support shirt includes a chest support portion, a first arm support portion, a second arm support portion, a neck relief portion, a torso support portion, a first lateral extension, and a second lateral extension. A grid plate is disposed about a center of the chest support portion. The grid plate resists stretching of material of the chest support portion when a weight is lowered by a lifter and stores energy of the weight when the weight is lowered during a workout. The grid plate rebounds the stored energy into a chest portion and arms of the lifter when the weight is lifted by the lifter during the workout. The grid plate comprises a figure eight stitching. The figure eight stitching directs load and energy received from multiple angles during the workout, towards the center of the chest support portion.

A weight lifting support shirt includes a chest support portion, a first arm support portion, a second arm support portion, a neck relief portion, a torso support portion, a first lateral extension, and a second lateral extension. A grid plate is disposed about a center of the chest support portion. The grid plate resists stretching of material of the chest support portion when a weight is lowered by a lifter and stores energy of the weight when the weight is lowered during a workout. The grid plate rebounds the stored energy into a chest portion and arms of the lifter when the weight is lifted by the lifter during the workout. The grid plate comprises a figure eight stitching. The figure eight stitching directs load and energy received from multiple angles during the workout, towards the center of the chest support portion.

A memory ironing-free foldable composite material suitable for apparels, a manufacturing method thereof and an application thereof are provided. The memory ironing-free foldable composite material may include at least seven layers of materials, a middle position adopts a silica gel layer, two sides of the silica gel layer are symmetrically provided with adhesion layers and substrate composite layers in turn, an outermost layer on one side is provided with a cover layer, and another outermost layer on the other side is provided with a lining layer. According to an apparel design scheme, a finished product of apparel can be formed by ordinary tailoring and sewing by machine. After repeated folding and washing, it can still maintain the shaping effect, would not foam and swell, would not peel off, can be rainproof and windproof, can have high humidity resistance, and thus can meet the needs of multi-scenarios and versatility.

A turban has an outer shell forming an enclosed interior space with an interior perimeter. At least one sleeve, which is open at its ends, is formed within the interior space along the interior perimeter. A malleable wire is threaded through the open ends of the at least one sleeve such that the wire extends around the interior perimeter of the outer shell, the wire having two ends bound together. The turban may be wrapped around the head of a user, for example as a fashion accessory, while being held in place by the wire.

The present invention discloses a heat-sealable textile sheet material having a substrate on the basis of a woven fabric, knitted fabric, optionally with weft insertion, or a nonwoven fabric and an adhesive coating applied thereto, which is characterized in that 70-100% by weight of the adhesive coating consists of renewable raw materials.

The present invention discloses a heat-sealable textile sheet material having a substrate on the basis of a woven fabric, knitted fabric, optionally with weft insertion, or a nonwoven fabric and an adhesive coating applied thereto, which is characterized in that 70-100% by weight of the adhesive coating consists of renewable raw materials.

A concealed carry garment manufactured and designed to conceal an item, such as a firearm, beneath the garment is disclosed. This concealed carry garment applies a stiffening material or agent to an interior surface of a garment outer material to add rigidity to a concealment areas, most commonly worn over carriage location for a firearm, thus reducing the ability for a firearm to print or show through the garment.

A concealed carry garment manufactured and designed to conceal an item, such as a firearm, beneath the garment is disclosed. This concealed carry garment applies a stiffening material or agent to an interior surface of a garment outer material to add rigidity to a concealment areas, most commonly worn over carriage location for a firearm, thus reducing the ability for a firearm to print or show through the garment.

A turban has an outer shell forming an enclosed interior space with an interior perimeter. At least one sleeve, which is open at its ends, is formed within the interior space along the interior perimeter. A malleable wire is threaded through the open ends of the at least one sleeve such that the wire extends around the interior perimeter of the outer shell, the wire having two ends bound together. The turban may be wrapped around the head of a user, for example as a fashion accessory, while being held in place by the wire.

Linings for fitting an object to a body part, and their use, are provided. The lining may include a flexible sheet having a fluid impenetrable outer portion enclosing an internal volume and the lining may include barriers forming a number of compartments substantially secured in place within the internal volume. The barriers may be permeable to gas and/or liquid, yet may be impermeable to the conformable material and the gas and/or liquid may be supplied to or aspirated from one or more compartments within the internal volume. Aspiration of gas and/or liquid from the internal volume may limit both deformation of the conformable material and shape adjustment of the flexible sheet.