About this item
The SG RSD XTREME 2025 batting gloves combine a protective synthetic leather palm with advanced ventilation for a secure, breathable performance.
- Synthetic leather palm
- Protective batting gloves
- All format cricket
SG RSD XTREME Batting Gloves 2025
These gloves are engineered for high-impact play, offering superior protection without compromising on feel or airflow. The strategic material composition ensures durability where it's needed most while the breathable construction manages moisture, keeping hands comfortable during long innings.
SG RSD XTREME Batting Gloves 2025 Key Features:
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Protection & Padding: Features a combination of premium PVC finger rolls and dual-density foam, designed to absorb and dissipate shock from high-speed deliveries.
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Palm Construction: Made from high-grade synthetic leather, providing excellent grip, abrasion resistance, and long-lasting durability.
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Comfort & Ventilation: A spacer mesh back and nylon gusset work in tandem to offer maximum airflow, effectively wicking away sweat and reducing heat buildup inside the gloves.
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Available Sizes: Small (S), Medium (M), Large (L), Extra Large (XL).
Frequently Asked Questions (FAQs)
1. How does the synthetic leather palm on the SG RSD XTREME 2025 gloves perform compared to natural leather?
Synthetic leather offers high durability and excellent grip with consistent performance in all conditions, though it may have a shorter break-in period compared to full-grain leather.
2. Are the SG RSD XTREME 2025 gloves suitable for facing fast bowlers?
Yes, the combination of PVC finger rolls and dual-density foam is specifically designed to provide high-level impact protection against fast bowling.
3. How effective is the ventilation in these gloves during hot weather?
The spacer mesh back and nylon gusset provide significant ventilation, making the SG RSD XTREME 2025 a strong choice for play in hot and humid climates by promoting air circulation.
4. What is the main advantage of the dual-density foam in the finger rolls?
Dual-density foam provides a layered defense; a softer layer absorbs shock for comfort, while a firmer layer offers structural integrity to protect against direct, hard impacts.