Heavy Duty Outdoor Umbrella Base Weight Sand Bag 90lbs Fillable Stabilizer for Cantilever Offset Patio Umbrellas Weights Sandbag

Achieve unwavering stability with this heavy-duty umbrella base weight, crafted to resist wind and improve outdoor setups. The quick-fill zipper design streamlines filling while maintaining security. As a versatile sandbag, it integrates seamlessly with poolside accessories, yard must-haves, and garden tools. Perfect for offset umbrellas, patio or backyard trampolines, it operates efficiently without requiring replacement parts.
Product specifications:
Product name: Umbrella Base Weight
Product material: polyester
Product size: about 45x45x18cm/17.72x17.72x7.09 inches
Product weight: about 420g
Packing List:
1 x Umbrella Base Weight
Bullet Points:
1.Load-Bearing Wind Resilience: Combines a wind-resistant structural design with anti-tip wind protection to provide unmatched outdoor umbrella stability, utilizing a load-bearing windproof core that assures unwavering support during unpredictable weather conditions
2.Adjustable Sand-Fill Design: The umbrella base incorporates a weather-adaptive design with a adjustable ballast system, offering stability-enhancing sand bags and a 90lb capacity option to assure sturdy outdoor use in varying environmental conditions
3.Effortless Setup: The extra-long zippered opening assures a neat and quick-fill experience, while allowing easy emptying and storage of the portable umbrella counterweight with its foldable, space-saving design
4.All-Weather Umbrella Base: Engineered with robust, tear-resistant fabric and a waterproof inner layer, providing great resistant to environmental challenges while maintaining long-lasting durability and excellent abrasion protection for reliable outdoor use
5.Wide Compatibility: Equipped with an adjustable strap securing system, this umbrella base provides a stable umbrella mounting solution that assures wide compatibility with umbrella poles of different sizes while utilizing hook and loop fastening support to maintain consistent stability under varying conditions