Grille and Vision:
The safety of any helmet is decided by the quality of its grille as grille faces direct ball impact in case of bouncer cricket ball. Mild steel, stainless steel grilles offers significant protection against 100 to 120 km/Hr speed cricket ball. However, if ball speed is above 135 km/Hr then player need to select the grille carefully based on material type its property.
Titanium grille cricket helmets offers excellent protection against fast bowling attack as titanium offers following qualities:
· High strength to weight ratio
· High strength
· Good corrosion resistance.
Forma Titanium grille helmet made of high grade titanium material suitable for advance level cricket player who love to play with confidence against fast bowling attack.
About Cell Design and Constriction and Safety:
Cell construction and its design are very important in cricket helmet as it provides base structure to complete helmet. Cell of this helmet is made of two part (1) Inner Cell and (2) Outer sale.
Inner cell is made of EPS engineering material which offers best impact resistance to player while its outer cell is made of high grade plastic material designed for maximum protection.
Cushioning and Comfort:
Comfort and cushion are critical for cricket player while selecting a cricket helmet as cricket player needs to spend time of ground. This cricket helmet form forma is developed with padded lining and soft foam which offers ultimate shock absorbing ability and comfort to cricket player. High density EPS is used as inner shell for better feel and comfort.
Ventilation and Air circulation:
This helmet is developed with scientifically design air vents so proper air circulation can be achieved. Air vents are designed in such a way so maximum air can be circulated to keep helmet refreshed for long hours of play.
Size adjustment by SRS System:
SRS system of Forma pro axis helmet offers following key benefits:
1. Increase of decrease the size of the helmet to fit different head sizes
2. Stable helmet for maximum protection
3. Single hand operation
4. Belt move 3 mm per knob click