Discover how ZYNTECH™ nanotechnology transforms the golf glove into a tool for better energy transfer, control, and game-changing performance.
Better energy transfer. Cleaner control. Measurable performance gains.
For over a century, the golf glove has been left behind.
Until now...
Golf has embraced technology everywhere except where it matters most: your hands.
While clubs, shafts, and balls have seen radical innovation, most gloves are still made of non-durable, ineffective leather. Yet the glove is your direct connection to the club. It’s where all the force, feel, and feedback from your swing travels. If that connection is inefficient, everything downstream suffers—power, control, consistency.
That’s why we have ZYNTECH™.
ZYNTECH™ is our patented nanotechnology designed to make your glove unlock your potential—not limit it. Integrated into the EXO Golf Glove, it enhances four critical functions: shock absorption, vibration reduction, airflow, and surface contact. All four directly influence your strength, precision, and fatigue resistance.
Here’s how each works—and why it matters.
In sports, shock refers to the high-impact forces transferred to your body during actions like swinging, striking, or landing. These forces can disrupt coordination, reduce muscle output, and accelerate fatigue.
Studies show that shock-absorbing gear helps preserve energy and reduce strain. For example, Boyer & Andriacchi (2009) demonstrated that foot wear designed to reduce impact load improved joint mechanics and endurance. Similarly, ergonomic research shows that shock-absorbing materials lower joint stress and enhance comfort in high-intensity tasks.
ZYNTECH™ uses advanced nanostructures to absorb impact at the source. This prevents energy from being wasted on stabilization and redirects it toward motion. In golf, that means more of your swing power reaches the clubhead—and ultimately, the ball. The result? Greater endurance, better control, and more efficient energy transfer with every shot.
Vibration is often misunderstood. Unlike shock, which is the initial jolt of force at impact, vibration is the residual oscillation that continues through the equipment and body after contact. Vibration—especially from repeated impacts—can impair fine motor control, reaction time, and neuromuscular function.
Scientific evidence from sport and industrial ergonomics confirms the benefits of damping vibration. In tennis, racquets with vibration-reducing technology led to 25% less arm fatigue and 11% greater shot accuracy under fatigue (Jafari et al., 2020). Similarly, anti-vibration tools help workers maintain precision and reduce hand strain during repetitive tasks.
ZYNTECH™ embeds a nano-damping layer that filters out these performance-killing oscillations while preserving tactile feedback. In golf, this means steadier hands, sharper feel, and more consistent grip pressure.
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Surface contact is critical for efficient performance. The more of your body that connects to equipment, the better the force transfer and control.
Research in grip dynamics and ergonomics shows that increasing contact area and friction reduces the effort required to grip securely. In one study, ahigh-friction glove design allowed users to reduce grip force by up to 69%without compromising control (OH&S, 2020). Less effort means better muscle efficiency, reduced tension, and longer endurance.
ZYNTECH™ nanostructures adapt to the microscopic contours of your hand and the equipment surface, increasing friction and optimizing pressure distribution. In a golf glove, this means more secure grip, better traction in all conditions, and energy-efficient swings—helping you generate more power without increasing tension.
Thermoregulation is vital in sports performance. As body temperature rises, muscle strength and endurance decline. Excess heat also impairs nerve conduction and increases cardiovascular strain, which accelerates fatigue. Even local heat at the hands can disrupt grip and feedback.
Nybo et al. (2021) in Physiological Reviews confirmed that thermal stress impairs neuromuscular performance during prolonged activity. Additional studies show that cooling the palms or enhancing airflow around the hands helps reduce heat strain and maintain muscular output.
ZYNTECH™ is patented design allows for air to flow between the point of contact. In golf - this supports hand cooling and maintains tactile sensitivity. In hot or humid rounds, that means a more secure grip, better concentration, and less performance drop-off—especially during pressure shots late in the game.
ZYNTECH™ can enhance performance in any high-demand sport, but its first breakthrough is in golf.
The EXO Golf Glove integrates ZYNTECH™ in every layer to absorb shock, dampen vibration, cool the skin, and increase grip surface area. The result? Better energy transfer into your swing, more consistency under fatigue, and measurable improvements in distance, accuracy, and control.
Golf is a game of margins—and ZYNTECH™ helps you win them.
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Whether you're chasing consistency off the tee or control around the greens, ZYNTECH™ is built to enhance every swing.
Optimized grip. Reduced fatigue. Efficient energy transfer. Elevated performance.
ZYNTECH™ doesn’t just improve your connection to the club—it ensures more of your physical effort goes into the ball. By minimizing energy leaks at the glove and maximizing biomechanical efficiency, ZYNTECH™ makes every shot count.
While most golf gloves rely on tradition, we built ours on performance data. While others wear out quickly, ZYNTECH™ is engineered to last and perform—even under pressure.
That’s better energy transfer. That’s ZYNTECH™.
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