Characteristics
Finger Protection
No
Product Group
Goalkeeper Gloves
Product Line
Nike GK Grip
Main Colour
grey
Glove Cut
Hybrid Roll Finger/Regular Cut
Foam
Super Soft
Grip Dry
Grip Wet
Abrasion Resistance
Cushioning
Foam Backing in mm
2 mm
Foam Thickness
3 mm
i
Best Surface
Lawn, Artificial Turf Of Newer Generation, Dry Conditions, Training
Strap
semi-elastic & 1-fold wrapping & latex
Bandage
Textile bandage & elastic
Bandage integration
Sewed-on bandage
Cuff
Full bandage with latex strap
The Nike Grip3 Goalkeeper glove with adhesive foam that cushions powerful shots improves grip on the ball. The tailored fit and ventilated design ensure comfortable wearing comfort during training and play.
Palm
- 3 mm Super Soft Latex: The 3 mm thick Super Soft Latex Foam absorbs the impact force and provides good and reliable grip. The rubber has the most important goalkeeper-specific characteristics a goalkeeper glove should have.
Cut
- Grip3-Technology: The patented technology provides more latex contact on the thumb, index finger and small finger and provides a better ball feeling. The control of the ball and the grip is maximized and disturbing seams between the fingers and the ball are avoided. Light mesh inserts ventilate the hands in any hot and stressful playing situation and ensure a pleasant dryness.
backhand
- Embossed synthetics: The backhand of the goalkeeper glove consists of embossed synthetics with underlying mesh material. This leads to a looser and better air circulation inside the glove.
Closure
- The Wrapping cuff made of latex is individually adjustable. More comfort and fit is guaranteed for the goalkeeper.
Other features
- Light mesh: The mesh material used provides increased and improved ventilation. The mesh fabric, also known as lattice vinyl, is an elastic fabric with a nertz-like breakthrough and is therefore very light and air-permeable. A mesh insert is particularly permeable to sweat that pushes outwards from the hand. Mesh material is often used in goalkeeper gloves to improve air circulation in the glove and moisture-induced slippage within the glove