Description
- Hign-concerned Chemical: None
- Model Number: Silent Pickleball Ball
- Type: Cricket Bat
- Origin: Mainland China
- suitable_for: family
- usage_scenarios: home
1.Uninterrupted Game: These foam pickleball balls allow for uninterrupted gameplay with their silent design, bouncing similarly to regular outdoor pickleballs without any noise. Enjoy a focused and enjoyable game without any distractions
2.Unrivaled Resilience: Crafted from high-density foam, these highly elastic pickleball balls withstand high-intensity hits and are wear-resistant, ensuring long-term use without easily deforming or breaking
3.Widespread Use: Ideal for players of different levels, these foam pickleball balls allow you to enjoy the fun of pickleball at both indoor and outdoor venues, suitable for professional competitive games and daily training
4.Safe Use: Practice your pickleball skills without any worry of injury with our Foam Pickleball Balls. Their soft exterior makes them safe to use on any wall, ensuring a secure practice experience. Get ready to improve your game with our safe practice balls
5.Perfect Giving Choice: Play like a pro with our foam pickleball balls. Easier to learn the ball game, these balls are perfect for novices and experts alike, making them the ideal choice for friends, family or colleagues. Enjoy hours of uninterrupted play with these high-performing balls
Want a terrific pickleball experience without any interruptions? Our Quiet Pickleball Balls are made from foam materials, making them perfect for both indoor and outdoor venues. These balls are safe to practice on any wall, and are suitable for giving to pickleball enthusiasts of all levels.
Specifications
Material: PU foam
Product size: diameter about 7.4cm/2.91 inches
Weight: 30g/piece
Color: yellow, green
Packing List
1 x Foam Pickleball Ball (excluding other exhibits)
Notes
1. Due to the different monitor and light effects, the actual color of the item might be slightly different from the color shown in the pictures.
2. Please forgive a slight measuring deviation due to manual measurement.
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