29+Years
29+Years
53 Available
Condition: New
The H2Old Base Gel (HTO BG1601) is an absorbent gel designed to provide stability for various outdoor and recreational equipment. This product is suitable for businesses or facilities managing basketball hoops, plastic sign bases, or umbrella stands that require a reliable, long-term weighting solution. It addresses the common issue of instability by transforming into a firm, stable gel when mixed with water. The cross-linked, polyacrylate polymer formula is capable of absorbing up to 400 times its weight in water, offering a durable alternative to traditional weighting materials. Each 16 oz. bottle of H2Old Base Gel can replace up to eight bags of sand, streamlining setup and reducing material handling. The resulting solid gel maintains stability for over seven years and can be easily dissolved with salt for disposal.
Stabilize basketball hoops, plastic sign bases, umbrella stands and more with H2OLD Base Gel. When combined with water, this powder-like substance transforms into a firm, stable gel. Cross-linked, polyacrylate polymer formula effectively absorbs up to 400 times its weight in water. Solid gel remains stable for more than 7 years yet is easily dissolved with salt for easy disposal. One 16 oz. bottle of base gel replaces up to eight bags of sand.
H2Old Base Gel is designed to stabilize basketball hoops, plastic sign bases, and umbrella stands. It is suitable for any application requiring a firm, stable weighting solution.
Each purchase includes one 16 oz. bottle of H2Old Base Gel. This is a powder-like substance that transforms into a gel when combined with water.
One 16 oz. bottle of H2Old Base Gel can replace up to eight bags of sand. It offers a stable gel solution that remains firm for more than seven years, providing a long-term alternative to sand.
The H2Old Base Gel utilizes a cross-linked, polyacrylate polymer formula. This allows it to effectively absorb up to 400 times its weight in water to form a stable gel.
HTO BG1601 - H2old, Llc H2Old Base Gel - 1 Each
