Growth Technology GT 叶面喷施剂 - 4.4 升

A full set of 20 amino acids helps plants recover from stress, build new tissue faster, and use nutrients more efficiently because it supports many metabolic pathways at once. It’s unique because it’s broad-spectrum support—not just a nitrogen source or a single targeted compound—so it can help the plant in multiple ways during real-world growing conditions.

The three main kelp types matter because each one supports plant growth in a slightly different way—some are better for stress recovery and steady vigor, some are better for rooting and early momentum, and others are better for long-term root-zone resilience—making kelp unique because it helps plants function better rather than acting like a single-target nutrient fix.

Fulvic acid is important because it helps nutrients stay available and move more efficiently into the plant, which can improve overall nutrient use and reduce hidden micronutrient issues. What makes it unique is its small, highly soluble structure that supports fast nutrient delivery differently than broader organic soil-building materials.

It means the input is intended to supply the complete set of essential plant minerals, including both major elements and trace elements, so growth isn’t limited by a hidden micronutrient gap. It’s unique because it’s about completeness and balance across many minerals at once, not boosting a single nutrient like NPK.

Silicon helps plants build tougher tissues and handle stress better, so leaves and stems stay stronger under heat, bright light, dry spells, salt buildup, and pest pressure. It’s unique because it supports structure and resilience more than directly “feeding” growth like major nutrients do, and its main signs show up as fewer stress symptoms and sturdier new growth rather than a dramatic color change.

A wetting agent helps water spread and soak evenly through the root zone instead of beading up, running off, or channeling through one path, which makes hydration and nutrient flow more consistent. It’s important because it improves the water delivery system rather than feeding the plant directly, making it uniquely useful when the real problem is uneven wetting and dry pockets that can mimic deficiencies.