4Pcs Fabric Plant Grow Bag with Container Hook: Garden Bag Nonwoven Strawberry Grow

Fabric plant container color: Red, green, black green, black red Plant growing bag material: Nonwoven Planting bag single size: L*H: 20*35cm(7.87*13.78in), capacity: 3 gallons Package includes: 4 x Grow bag Note: - Only includes 4 empty bags in 4 colors. - Please refer to the measurement. Tiny measuring error is allowable in normal range. - There might be a little color difference due to the monitor, camera or other factors, please refer to the physical item.

• Whether you have a spacious garden or a compact balcony, our nonwoven plant grow bag is versatile enough for any setting. ideal for planting a variety of vegetables and fruits like tomatoes, potatoes, chilis, onions, and especially strawberries, these bags promote beneficial root growth and plant vitality. the breathable fabric ensures that your plants receive the right amount of air and water, while the reinforced handles make moving your plants easy and hassle-free.
• Our innovative strawberry plant bag features 12 strategically placed holes, enhancing sunlight exposure and water distribution, essential for optimal plant health and yield. additionally, the convenience of a hanging design allows you to maximize space and beautify any area – be it a balcony rail or a garden wall.
• A perfect fit for any outdoor space, our fabric plant containers create an ideal growing environment. their suitability for backyards, terraces, balconies, or gardens means no matter where you live, you can enjoy the pleasures of home gardening.
• Crafted from premium, durable nonwoven material, our strawberry grow bags are designed to last. this material not only sustains its integrity through multiple seasons but also supports your plants in weathering various environmental conditions without degrading.
• This dimensionally generous planting bag, measuring 20cm in length and 35cm in height, offers a capacity of 3 gallons, ample space for root expansion, and ensures your plants can grow to their full potential without being cramped for space.