Liquid seaweed foliar fertiliser (Boron-chelated)

Using imported deep-sea seaweed to extract liquid brown seaweed concentration chelated with trehalitol boron, the marine physiologically active product created is rich in seaweed active substances, seaweed polyphenols, seaweed polysaccharides, zinc, trace elements, etc. It can be increase crop resistance, induce crop autoimmunity and self-repair, so as to achieve deep immunity.

Appearance: Orange-yellow or yellow-brown gel liquid
PH: 7.0-10.0

Packaging specification:
1L/bottle12bottles/box
250ml/bottle40 bottles/box

Features:

  1. Boron trehalitol: use imported seaweed raw materials. Low-temperature enzymatic hydrolysis has high extraction activity, which improves the ability to resist low temperature, high temperature, rain, and low light during flowering period.
  2. Organic boron is not easy to fix, the content is as high as 150g/L, and it has good stability; it has good instant dissolution, strong penetrating power, and is an environmentally friendly product.
  3. Dual-channel absorption, high utilization rate: Boron can form boron sugar complex with organic matter (sugar alcohol) with small molecular weight, which is easy to penetrate, dual-channel absorption, high utilization rate, improves photosynthesis, promotes flowering, fruit setting, and fruit growing, fruit coloring.
  4. Promote fruit sugar accumulation, anthocyanin accumulation, morning color, anti-cracking and anti-shrinkage, early maturity, improving quality.
  5. Efficient wetting, spreading and permeation functions: Efficient wetting agent prolongs leaf surface wetting time; Efficient spreading agent can be adsorbed on the leaf surface for a long time and is resistant to rain; Efficient permeating agent improves leaf nutrient penetration ability to make crops easy to absorb. The synergistic effect of the three additives can effectively improve the nutrient absorption and utilization rate of the leaves.
If crops lack boron it will cause disease like above. And there are many other problems caused by lack of boron.