BioAg Ful-Power Liquid Humic Acid – Boost Yields in Hydroponics, Soil & Soilless Media (1 gal)

Overview

BioAg Ful-Power is a liquid humic acid amendment derived from a unique natural extraction method. It features low molecular weight fulvic acids that carry a light yellow, golden hue. Approved for organic production by OMRI (US and Canada) and CDFA OIM, Ful-Power offers a versatile option for many growers seeking richer nutrient interactions.

Why growers choose Ful-Power

Ful-Power’s humic fractions are highly bioavailable, which may help plants access nutrients more efficiently and support vigorous root and shoot growth. Seedlings and transplants can establish quickly, with the potential for stronger early vitality across diverse crops.

• Highly bioavailable humic acid fractions that may accelerate nutrient uptake
• Supports robust root and shoot development across many plant types

Ideal for hydroponics, soil, and soilless media, Ful-Power delivers consistent performance across seasons and growing systems. The formula is clean and does not clog irrigation lines, nor does it alter pH, ppm, or EC values of your media.

• Compatible with hydroponics, soil, and soil-less media
• Clean formula that does not clog lines or alter media chemistry

Quality, safety, and production

Quality and safety are central to Ful-Power. Each production run is tested using HPTA-approved methods, and the product is made in the USA. These checks help ensure consistent performance batch after batch.

Use cases and plant variety

Ful-Power is easy to use for all plants, including hemp, turf grasses, tomato plants, vegetables, fruit, berries, and more. It can aid seed germination and soil conditioning, and it may help protect plants against sub-optimal nutrients, light, and temperature stresses.

How to think about using Ful-Power

Consider Ful-Power as a flexible add-on to your regular feeding routine across settings. While results depend on many variables, users commonly observe stronger early growth, improved vigor, and greater resilience under challenging conditions.