Yaheetech Fillable Rolling Patio Umbrella Base Stand

123lb Fillable Rolling Patio Umbrella Base Stand Water/ Sand-Filled Outdoor Base Stand for Outdoor Umbrella, Black

About this item

• Fillable Base Stand: With a 37 L capacity, this umbrella base can be filled with water, sand, or a water-sand mix. Achieve optimal stability—82 lb with water, 132 lb with sand, or 123 lb with the mix—keeping your patio parasol firmly supported in any setup
• Effortless Movement: Four lockable castors let you reposition the base easily, even when filled with water or sand and supporting a parasol. The locking mechanism keeps it securely in place once positioned
• All-Weather Durability: Made from high-density polyethylene (HDPE), this umbrella base resists rain, sun, and UV exposure while remaining lightweight and durable, providing stable, long-lasting support for patios, gardens, and poolside setups
• Dual-Screw Fixation: Two thumb screws on the central pole securely tighten the inserted parasol pole, helping keep it steady during use. Designed for parasol poles with diameters of 1.5 or 1.9 inches, this outdoor umbrella base stand works with most outdoor parasols
• Easy to Move & Store: Weighing just 11 lb and equipped with smooth lockable castors, this fillable base stand can be easily transported to your patio, pool, or outdoor gathering. Fill with water or sand on-site, then roll it into position for secure umbrella support
• Textured Rattan Design: Fine rattan patterns on a matte black surface add simple elegance to this rolling umbrella base. Its natural look complements parasols of various styles and colors, blending seamlessly into patios, gardens, poolside areas, or outdoor gatherings

Product Description

Specifications:

• Color: Black
• Materials: HDPE, Iron
• Assembled Dimensions: 22″ L × 22″ W × 17″ H
• Capacity: 37 L
• Filling Capacity:
• Water: 82 lb
• Sand: 132 lb
• Water-sand Mix: 123 lb 
• Item Weight: 12.1 lb
• Shipping Weight: 15.1 lb

Note:

• Please allow a 1 cm / 1/2″ measurement tolerance.
• Color variations may occur due to differences in lighting and monitor settings.