Mizuno T22 Golf Wedge Raw

Mizuno T22 Golf Wedge Raw

The new Mizuno T22 Golf Wedges combine an incredibly soft feel with a classic finish and provides aggressive bite and spin like no other wedge. With distinctly classic Mizuno styling and Quad Cut Laser Etched groove technology you will be able to produce spin control and unmatched shot-making around the greens. Painstakingly constructed in Japan through their Grain Flow forging process, the T22 wedge offers exquisite feel at impact thanks to its combination of HD Boron infused carbon steel and a thin layer of copper plating beneath the nickel-chrome. 

The Mizuno T22 Wedge benefits from a new modified Teardrop shape with extensive bevelling on the topline for a thinner top edge aesthetic. The spin weighted design features tapering of the upper portion of the blade for a more focused CG location and delivers a more penetrating ball flight. Mizuno have utilised their tour-proven HydroFlow Micro Grooves which are laser etched into the face to disperse moisture from the impact zone, providing extra control in wet conditions. The Quad Cut milled design ensures a longer effective life span.

S-GRIND – A standard option with a focus on more square shots full pitching and full yardage shots

D-GRIND – A grind that offers an opening of the clubface that doesnt affect the bounce or quality of strike. Allows manipulation of shots and workability

C-GRIND – an aggressive grind that suits firmer turf as this will dig more or those who need more turf interaction, more heel toe relief

X-GRIND is a new grind which allows the wedge to be opened fully, for bunker play flop shots, full relief for ultimate shotmaking.

FEATURES AT A GLANCE

• Compact Profile
• Extensively Bevelled Top Edge Creates The Appearance Of A Thinner Top-Line
• Quad Cut Milled & Loft Specific Grooves
• HydroFlow Micro Grooves Are Laser Etched To Release Moisture & Reduce Spin Drop Off
• A Microlayer Of Copper Beneath Nickel Chrome
• One-piece Grain Flow Forged

This T22 wedge has a RAW finish and is designed to rust over time.