These robust, multipurpose gloves are crafted to deliver essential mechanical protection. Their ergonomic fit ensures full control over grip, enabling precise handling without any limitations. Perfect for law enforcement officers, military personnel, shooting sports fans, as well as for survival adventures, automotive workshop tasks, DIY projects, and ASG activities.
The top part of the gloves is made from lightweight, breathable Form-fitting TrekDry fabric, which helps reduce hand sweat. The palm area features durable synthetic leather that provides a reliable grip and excellent tactile sensitivity, allowing touchscreen use without removing the gloves. The thumb and index finger are reinforced with an extra layer of material for enhanced durability.
The cuff is secured with a TPR strap (Thermoplastic Rubber, meeting EN 13594 standards), fastened with Velcro to ensure a secure fit.
The gloves meet the American protective standard ANSI/ISEA 105 at level 3XX in terms of cut, abrasion, and puncture resistance, which means:
- 3: abrasion resistance (scale from 1 to 6)
- X: cut resistance (scale from A1 to A9)
- X: puncture resistance (scale from 0 to 5)
The gloves also meet the EN388 protective standard at level 2121X in terms of mechanical resistance, which means:
- 2: abrasion resistance (scale 0–4)
- 1: cut resistance (scale 0–5)
- 2: tear resistance (scale 0–4)
- 1: puncture resistance (scale 0–4)
- X: cut resistance – TDM test (ISO 13997) (scale 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 pierce the glove’s surface with a sharp probe (not applicable to needle punctures).
The scales used in the EN388 standard define glove protection levels: a value of 0 means no protection, while the highest values (4, 5) indicate the maximum level of resistance.
In the TDM method (ISO 13997), letter markings are used, where A indicates the lowest protection and F the highest.
The letter X indicates that the parameter was not tested or is not applicable.
