Soil Vigor Water Storing Crystals Soil Amendment - 20 LB
Soil Vigor Water Storing Crystals Soil Amendment - 20 LB
Product details
Soil Vigor water-storing crystals are a long-lasting soil amendment that holds up to 800 times their weight in water, releasing moisture slowly to plant roots. A single application remains active for up to 7 years, helping reduce watering frequency by 50% while improving soil structure and nutrient retention.
Key Features
- Holds up to 800 times their weight in water and releases it slowly to roots
- Reduces watering by 50%, saving time and water costs
- Stays active in soil for up to 7 years with repeated hydration cycles
- Improves soil structure, prevents clumping, and increases porosity
- Captures water-soluble fertilizers at root level, reducing nutrient runoff
- Covers up to 3,000 sq. ft. of lawn or enriches 10 cubic yards of garden soil
Who Is It For
Soil Vigor is ideal for homeowners with lawns, gardeners tending vegetable and flower beds, and anyone growing potted plants who wants to reduce watering frequency and support plant health during dry periods.
Product Details
| Brand | Soil Vigor |
|---|---|
| Form | Granules |
| Size | 20 LB |
Frequently asked questions
How much area does a 20 LB bag cover?
A 20 LB bag covers up to 3,000 square feet of lawn, enriches 10 cubic yards of garden soil, or boosts water-holding capacity for dozens to hundreds of potted plants, depending on application.
How long does Soil Vigor remain active in the soil?
Soil Vigor stays active in the soil for up to 7 years, repeatedly hydrating and re-hydrating to provide ongoing support for plant health.
How much can these crystals absorb?
Soil Vigor crystals hold up to 800 times their weight in water, slowly releasing moisture directly to the root zone when plants need it.
What other benefits does this product provide beyond water retention?
Beyond moisture retention, Soil Vigor improves soil structure by preventing clumping and increasing porosity. It also captures water-soluble fertilizers, keeping nutrients at the root level and reducing expensive runoff.