14" x 26" Empty Beige Sandbags with Tie Strings - UV Resistant (50 lb Capacity)

Heavy-Duty Sandbags for Flood Control, Construction & Outdoor Use

Sandbaggy 14” x 26” Beige Polypropylene Sandbags are built for demanding outdoor applications. Designed with military-grade strength, these heavy-duty sandbags hold up to 100 lbs of weight and feature 25% more UV protection, resisting up to 2,000 hours of sunlight for longer outdoor performance.

Ideal for flood barriers, erosion control, construction sites, earthbag homes, and stabilizing tarps or equipment in demanding outdoor conditions. Double-stitched seams and attached tie strings provide reliable performance when it matters most. Trusted by the U.S. Army, Red Cross, contractors, and homeowners alike.

Also available in more colors including yellow, orange, white, and green.

Specs

• Size: 14" x 26"
• Dimensions (Filled): 12" x 18" x 3.5" ( W x L x H)
• Thickness: 10 Mil
• Color: Beige (Tan)
• Material: Woven Polypropylene
• Bag Strength Capacity: 100 lbs
• Recommended Fill Weight: 50 lb
• Volume: ≈ 0.5 cubic feet of sand
• Closure Type: Tie String (attached)
• Stitching: Double Chain Stitched
• UV Protection: Up to 2,000 sunlight hours
• Waterproof: 98% Waterproof
• Reusable (refillable): Yes

Features

• MILITARY-GRADE STRENGTH — HOLDS UP TO 100 LBS: Made with heavy-duty woven polypropylene and reinforced double-stitched seams for demanding flood control, construction, and erosion control applications.
• 25% MORE UV PROTECTION: Built to resist up to 2,000 hours of sunlight for longer outdoor performance in hot, sunny climates like California, Arizona, and Florida.
• DOUBLE-STITCHED FOR DURABILITY: Reinforced stitching helps prevent tearing under heavy loads and tough jobsite conditions.
• WATER & WEATHER RESISTANT: 98% waterproof polypropylene material helps repel moisture for reliable outdoor use.
• PRE-ATTACHED TIE STRINGS: Quickly secure sand, gravel, dirt, or other fill materials during emergencies or jobsite setup.
• TRUSTED BY CONTRACTORS & HOMEOWNERS: Used for flood barriers, erosion control, construction sites, earthbag homes, and stabilizing tarps or equipment.

Used For Many Applications

• Flood barriers
• Erosion control
• Construction sites
• Earthbag homes
• Storm preparation
• Stabilizing tarps, signs, and equipment
• Temporary weighted barriers

FAQ

Do sandbags stop bullets?

While sandbags offer some protection against bullets due to their dense composition, they are not designed or certified as bulletproof barriers. Their primary purpose is to serve as temporary flood barriers or for stabilizing structures during construction, rather than as ballistic shields.

How to fill sandbags?

When filling sandbags, place them on the ground, with one person holding the bag open while another shovels sand inside. Fill the bag approximately two-thirds full, then fold the top flap down and tie it securely with string or the attached tie strings. Properly filled and tied sandbags ensure they can function effectively in flood control or erosion prevention scenarios. To make the filling process easier use our Sandbag Filler.

How to stack sandbags?

Stacking sandbags effectively involves placing them in a staggered pattern, much like building a brick wall. Offset each layer by half the length of a bag to create a stable and interlocking structure. This stacking method maximizes the barrier's strength and prevents gaps that may allow water to seep through.

How many sandbags do I need?

Use our sandbag calculator below. Keep in mind the number of sandbags required depends on the length, height, and thickness needed for the barrier. To calculate the quantity accurately, measure the area to protect, consider the anticipated flood water height, and consult with flood experts or local authorities for specific recommendations based on your location and situation.

How do sandbags work?

Sandbags work by absorbing and redistributing water pressure, redirecting the flow away from sensitive areas to prevent flooding. The dense material of the sandbags creates a barrier that impedes the water's progress, allowing time for water to be pumped away or for the floodwaters to recede. Their effectiveness lies in their ability to be quickly deployed and strategically positioned to provide temporary flood protection or stabilize structures during emergencies.