Technaflora B. Seaweed: Undiluted Pacific Kelp Extract for Root Vigor
Technaflora B. Seaweed (0-0-1) is an undiluted liquid seaweed extract sourced from Macrocystis integrifolia harvested off the coast of Vancouver Island, rich in naturally occurring vitamins, minerals, and bioactive compounds that create optimal conditions for robust root development and vigorous shoot growth. Unlike diluted kelp concentrates, B. Seaweed delivers a full-strength extract that passes a No. 50 sieve, ensuring clean, non-clogging application through drip systems, misters, and foggers.
Non-Clogging Kelp Extract Compatible with Hydroponics, Soil, and Foliar Programs
B. Seaweed integrates seamlessly into all growing systems — recirculating hydroponics, coco, soil, and soilless mixes — and functions effectively as a foliar spray for rapid uptake when root zone delivery is limited. The premium Vancouver Island source and undiluted processing distinguish it from commodity kelp products that sacrifice potency for shelf stability. The 0-0-1 NPK contributes light potassium without adding nitrogen or phosphorus, making it a compatible additive across all growth stages.
Key Features
- Macrocystis Integrifolia Source:: Harvested from the clean, cold waters off Vancouver Island — a kelp species known for a rich natural profile of vitamins, minerals, and bioactive growth compounds.
- Undiluted Extract:: Full-strength, uncut seaweed extract that delivers maximum potency per dose compared to diluted or reconstituted kelp products on the market.
- No. 50 Sieve Filtration:: Passes cleanly through fine filters and emitters, making it suitable for drip irrigation, misters, and recirculating systems without clogging risk.
- 0-0-1 Additive Profile:: Light potassium contribution supports basic plant function without adding to nitrogen or phosphorus loads — safe to use throughout veg and bloom.
- Foliar and Root Zone Flexibility:: Apply through fertigation or as a foliar spray for targeted vitamin and mineral delivery when environmental conditions limit standard root uptake.