Botanicare - Pure Blend Pro Soil

Brand: Botanicare

Botanicare Pure Blend Pro Bloom Soil

Pure Blend Pro Bloom Soil is a premium one-part bloom base nutrient designed specifically for plants cultivated in soil, with a guaranteed analysis of Nitrogen 1.0%, Phosphate 4.0%, Potash 5.0%, Ca 1.0% and Mg 0.5%. Cultivating in soil requires higher phosphorus levels to offset clay colloidal particles that bind up phosphorus and to offset soil microbes that compete for it, so this formula provides the additional phosphorus and nutrients for blooming and fruiting plants while also feeding the microorganisms. Like the rest of the line it combines natural minerals and organic extracts with essential major and secondary elements plus trace minerals from the land and sea.

Recommended application rates are listed on the product labels, in pre-developed recipes and in the nutrient calculator at botanicare.com, and it is used with every watering during the bloom phase. If growing in nutrient fortified potting soil or using supplements, reduce the application rate by 25%. If using reverse osmosis water or growing in coco coir, Botanicare recommends adding 5 ml of Cal-Mag Plus per gallon of water. It is designed to be used with Hydroplex, Cal-Mag Plus, Rhizo Blast, Sweet, Hydroguard and Liquid Karma.

Available Options

• 1QT (SKU PBPSQ)
• 1GAL (SKU PBPSG)
• 5GAL (SKU PBPS5)
• 55GAL (SKU PBPS55)

Key Features

• Guaranteed analysis of N 1.0%, P2O5 4.0%, K2O 5.0%, Ca 1.0%, Mg 0.5%
• Soil-specific bloom formula with elevated phosphorus versus the standard bloom version
• Additional phosphorus offsets clay colloidal binding and microbial competition in soil
• Formulated to feed soil microorganisms as well as the plant
• One-part base nutrient, no separate parts to balance
• Lowest nitrogen in the Pure Blend Pro line for a bloom-focused ratio
• Reduce rate by 25% in nutrient fortified potting soil or when using supplements
• Pairs with Cal-Mag Plus at 5 ml per gallon on reverse osmosis water or in coco coir

Ideal Applications

• Soil-based container production during the flowering phase
• Living soil and amended soil programs in indoor cultivation
• Commercial facilities running soil beds rather than inert media
• Bloom feeding where phosphorus tie-up in soil is a known constraint