B-pect - pectin-boron complex for increasing the yield of fruit and berry crops, Kyiv

BeeTruck technology is a 100% environmentally friendly technology for increasing the yield of fruits and berries. The efficiency of the BeeTruck technology is 100 times higher than that of basal/foliar fertilization.
How does BeeTruck work?Bees deliver a supramolecular pectin-boron complex to plants, which increases the yield offruit and berry crops by 30-50%.
What is a pectin-boron supramolecular complex? B-pect is a supramolecular complex of zosterana seaweed pectin with boric acid, a powder of a certain consistency that has the ability to attach to the legs and abdomen of bees. Pectin provides a long-term release of boron, which in turn provides a synergistic effect when microdoses of the complex are introduced into the plant and stimulates the process of plant fertilization. In addition, pectin is involved in the construction of cell membranes and is a plant growth factor.
Why do you need B-maze? B-maze is a flat box with entrance and exit holes and an internal labyrinth to increase the path of bees. B-pect powder is poured into the bottom of the tray. The bees, flying out of the hive, pass through the B-maze, and the B-pect sticks to their legs and abdomen.
Advantages of BeeTruck technology:
AGRICULTURE 4.0, microdosing
instead of 2 tons of boric acid - 100 g of B-pect
For 1 ha of apple trees: 5 days + 20 beehives + 100 g of B-pect = +30% apple yield
BeeTruck is 100 times more efficient than classic technology
ZERO hydrocarbons in crop processing
B-pect from "garbage" (complex processing of Zosteraceae sea grass)

B-pect is a natural plant growth regulator, which is a supramolecular zosteran-boron complex.
Zosteran is a low-esterified pectin isolated from sea grass of the Zosteraceae family. Zosteran is a physiologically active polysaccharide that belongs to the group of so-called biological response modifiers (BRMs).
Zosteran is biologically active against any terrestrial plants. It is NOT intended for soil fertilization and does NOT have an active biological effect on it.
Active ingredient:
zosteran - pectin, the chain of which consists of galacturonan bark and monosaccharides (rhamnose, arabinose, xylose, apiose, mannose, glucose, galactose)
boron (bound in a complex with zosteran).
The color is dark brown.
Human safety:
The drug belongs to low-hazard compounds, does not have a skin-irritating, cumulative or sensitizing effect.
Safety for bees:
The drug belongs to low-risk compounds, is safe for bees, does not change the behavior of bees.
Safety for plants:
The drug belongs to low-hazard compounds, safe for plants.(//tractor-service.com)
Biological activity:
- high growth-stimulating activity, increase in germination by 22-41%;
- increasing drought resistance due to the increase in the content of chlorophyll in the leaves of plants;
- 1.4-1.8 times increase in seed germination energy when soaked for 24 hours;
- increase of similarity by 1.3-1.5 times;
- increasing the growth rate of plants by 2 times;
- increasing the growth rate of the root system by 1.6 times;
- increase in productivity by 32-46% (for fruit and berry crops).
Bioavailability: passing through the leaf membrane - 92%.
The rate of transport of boron inside the plant vertically and horizontally is 50-60% within 48 hours (to the extreme points).

BeeTruck technology for bees
Pour 2-3 g of B-pect into the B-maze.
Attach the B-maze to the evidence so that the slot of the B-maze coincides with the exit hole of the evidence.
The B-maze is installed in the morning before the first mass flight of bees and is disconnected after the flight.
One bee colony produces 1-2 g of B-pect in one day during the first mass exodus of bees.
Consumption of B-pect per 1ha: 50g (berries); 100g (apples, pears, cherries); 200g (sunflower)
Hives/days for processing 1 ha: 20/2-3 (berries); 20/5-6 (apples, pears, cherries); 20/10-12 (sunflower).
Re-pollination during the next day is recommended.

Preparation of working solution (for spraying from a drone)
The drug concentrate is diluted with water in the ratio of 100 g of the drug per 1,000 liters of water (1:10,000). Spray the plants with the resulting working solution.
The rate of consumption per plant is from 2 to 10 ml and depends on the boron dependence of the culture - the more boron-dependent the culture, the greater the consumption of the working solution per plant.
Rate of consumption Processing should be carried out by spraying the green mass of plants in dry weather, in the morning or in the evening. A fine spray is recommended.
The storage period of the working aqueous solution is NOT more than 3 days.
Compatible with other drugs (pesticides, herbicides, fungicides).