SiNatura

タイトルまたは説明

SiNatura

WHERE TO USE

SiNatura protects plants from the harmful effects of sunlight by forming a protective film layer that serves as a reflective barrier, helping the sensitive plants to reduce the damage caused by the sun if applied during the growing season.
 

It accumulates in the epidermal cells underneath the cuticle layer. It protects the plant against abiotic and biotic stresses and contributes to the protection of plant against insects thanks to the accumulation of silicon in the cell wall: In this case, insects that normally harm the plant can no more damage it due to the strengthening of the cuticle layer with silicon.

It also increases the dry weight of the plant because it greatly increases the rate of photosynthesis in plants. Thanks to the use of SiNatura, the leaves of the plants receive more light which gives them a lighter color.

ADVANTAGES
*- MINIMIZE THE SOLAR DANGER
*- REDUCE THE LOSS OF WATER
It forms a polymer layer of 2.5 to 3 microns of thickness on the surface and a strong structure under the epidermis by the ingestion of silicon by the plant. Thanks to these layers, the heat is blocked and the transpiration losses will be minimized.
*- PROTECT AGAINST HOT AND COLD CONSTRAINTS
It protects the plant against high and low temperature stresses thanks to the 2.**3 micron thick layer of polymer that it has created on the surface of the plant. This layer is called isolation barrier.
*- PROTECT AGAINST BIOTIC ACTIVITY
*- ENSURE THE ADDED VALUE OF THE PLANT
It increases the quality and quantity of the crop.It increases the tolerance of plants to water. By increasing the profit period of the light, it increases the photosynthesis of the plant. It increases the effectiveness of fungicides in co-use.

 

 It Improves photosynthesis and raise brix in all plants.

 It Improves plant growth, yield and quality.

 By improving blossoming, it increases the reproduction and fertility of pollen.

 It Creates an armor-like layer on the outer cell wall to obtain stronger and more flexible plant structures.

 It Improves photosynthesis and raise brix in all plants.

 It Improves plant growth, yield and quality.

 By improving blossoming, it increases the reproduction and fertility of pollen.

 It Creates an armor-like layer on the outer cell wall to obtain stronger and more flexible plant structures.

SINATURA is easily absorbed by plants to strengthen their structures and regulate their uses of water. During drought or salinity, abiotic stress plays an important role in resistance, but appears to be beneficial under stressful conditions.

 Thanks to its dual effect, it is more effective than salicylic acid in providing protection against drought stress: Since silicon is included in the cell wall, it forms a structural barrier that prevents water from leaving the cells during stress.