Versatile durable gloves designed to provide basic mechanical protection. Their optimal fit guarantees full grip control, allowing you to perform precise tasks without restrictions. Ideal for uniformed services, military personnel, shooting sports enthusiasts, as well as for survival expeditions, car repair work, DIY, and airsoft games.
The outer layer of the gloves is made of lightweight, breathable CoolPlus fabric, which effectively wicks moisture away and promotes air circulation. The outer side of the fingers is made of Rip-Stop fabric, which increases tear resistance and reduces fraying even in case of local damage. The gripping area is made of durable 0.6 mm thick synthetic leather, which ensures a secure grip, precise feel and allows the use of touchscreens without removing the gloves. The foldable Lock Ring panel reinforces the critical area around the thumb, improving the glove's durability while reducing the number of seams that are particularly prone to damage.
The wide stretch-elastic cuff increases protection and keeps the gloves securely on the wrist. A large opening makes the gloves easy to put on. The two-piece palm construction minimises material wrinkling for a better fit. The lower part of the palm is equipped with ventilated padding that improves air circulation and protects against injuries.
The gloves meet the American protective standard ANSI/ISEA 105 at level 3XX in terms of resistance to cutting, abrasion, and puncture, which means:
- 3: abrasion resistance (on a scale from 1 to 6)
- X: cut resistance (on a scale from A1 to A9)
- X: puncture resistance (on a scale from 0 to 5)
The gloves meet the protective standard EN388 at level 2121X in terms of resistance to mechanical risks, which means:
- 2: abrasion resistance (on a scale of 0–4)
- 1: cut resistance (on a scale of 0–5)
- 2: tear resistance (on a scale of 0–4)
- 1: puncture resistance (on a scale of 0–4)
- X: cut resistance – TDM test (ISO 13997) (on a scale of A–F)
In the ANSI/ISEA 105 standard, abrasion resistance is rated on a scale from 1 to 6 and refers to the number of cycles a material can withstand before wearing out. Cut resistance is classified on a scale from A1 to A9 (from the lowest to the highest level of protection). Puncture resistance is rated on a scale from 0 to 5 and indicates the force required to puncture the glove surface with a sharp probe (does not apply to needle puncture).
The scales specified in the EN388 standard define the level of glove protection: a value of 0 indicates no protection, while the highest values (4, 5) indicate the maximum level of resistance.
When testing using the TDM method (ISO 13997), letter markings are used, where A indicates the lowest level of protection and F the highest.
The X marking indicates that the given parameter was not tested or is not applicable.