Disclosed is a chain mail constituted of a lattice of interlinked metal rings, in particular for personal protective equipment. The chain mail rings are made using a stainless steel wire whereof the mechanical tensile strength (Rm) is between 1,600 and 2,550 N/mm.sup.2, limits included.

A lower body protective armor. The lower body protective armor includes at least one strap configured to secured to shoulders, a waist or both of a user. A fabric material includes an upper edge secured to the strap so that the fabric material extends downward and hangs from the strap. The fabric material is configured to cover a lower body of the user, such as below the waist of the user. The present invention may further include at least one plate made of a bullet-resistance material. The plate is disposed within the fabric material.

A protective clothing system for protecting a user from high velocity particles and lacerating objects. The protective clothing system generally includes a clothing item having a front portion and a rear portion. The front portion of the clothing item is constructed of three to fifteen sheets of protective material to protect the front portion of the body of the user from high velocity particles and lacerating objects. The rear portion of the clothing item may have no protective material or significantly less sheets of protective material compared to the front portion to help reduce the weight of the clothing item. The joints of the clothing item corresponding to the human joints are relatively free moving to provide increased mobility to the user.

A metal fabric (10) uses warp metal wires (40) as the warp, and weft metal wires (50) as the weft, where the warp metal wires (40) and the weft metal wires (50) are composed of different metal materials. A curtain (100) as an interior decoration uses the metal fabric (10). A partition member (200) is configured to have the metal fabric (10) and a frame (210) which supports the outer circumference of the metal fabric (10). A clothing is configured to contain the metal fabric (10), and an electromagnetic shielding member is configured to contain the metal fabric (10).

A protective clothing system for protecting a user from high velocity particles and lacerating objects. The protective clothing system generally includes a clothing item having a front portion and a rear portion. The front portion of the clothing item is constructed of three to fifteen sheets of protective material to protect the front portion of the body of the user from high velocity particles and lacerating objects. The rear portion of the clothing item may have no protective material or significantly less sheets of protective material compared to the front portion to help reduce the weight of the clothing item. The joints of the clothing item corresponding to the human joints are relatively free moving to provide increased mobility to the user.

Protective garments are provided. A protective garment includes a protective garment fabric. The fabric is formed from a plurality of layers. At least one layer of the plurality of layers is formed from a plurality of fibers adapted to entangle with a moving blade of a tool upon contact between the moving blade and the fabric. At least one layer of the fabric includes metal fibers. The garment includes a garment sensing device including a sensor configured to detect when one or more metal fibers are cut, and a signal generator configured to send a signal to the tool to disable movement of the moving blade.

A chest protector may include shoulder portions to extend over shoulders of a sport participant wearing the chest protector, a padded chest portion to extend over the chest of a sport participant wearing the chest protector, a padded torso portion and a pliable shaper extending across the padded torso portion.