EASTERNA Potassium thio Silicate
Potassium thio Silicate
(K2S Si206)
Water miscible solution applied by foliar application SPECIFIC GRAVITY 1.33
Composition:
Silicic acid (Si02)15%Potassium (K20)17%Sulfur15%Soluble silicon has been detected inside the cell in the cytosal in chloroplastic membranes as well as in association with RNA and DNA.
This information suggests that silicon can have series of intracellular sites of action to explain its stimulating properties in plant diseases resistance.
1. Silicon form on outer cell wall mechanical barrier which help to stop infection in the epidermal cell.
2. Silicon induces the plant to synthesize phytoalxins which are antimicrobial compounds response to pathogen attack or non - biological stress factors.
3. Silicon plays different roles in plant performance, from the enhancement of growth, yield and quality.
(Several trials proved the increase of sugarcane yield by more than 20 %)
4 - Silicon improves the resistance to metal toxicity by suppressing uptake of heavy metals such as Cd in wheat and maize.
5 - Silicon improves salinity stress and drought stress specially if it is combined with k2o (as in our compound).
6 -Silicon maximizes the performance of the plant resistance to herbivores
7 - By virture of pot. thio silicate which contains active soluble silicon fortified by thio group which changed by dilution to Nano colloidal sulphur which has terrible anti fungal properties. Pot. Thio silicon gave a better resistance on grass brown spot or on grey leaf spot creals rust powdery mildew blast disease of rice, resistance to many pests was showed on different plants.
8 - Pot. thio Silicon responses crops and plants include among others barely, rice, sugarcane, beans, citrus, cucumber, grapes, wheat, olive and large numbers of ornamentals.
Application and Dose:
Through Folier application
5 application along the crop period.
1-2 liter of EASTERNA Pot. Thio Silicate per 600 liter of water.
Containers:
According to the Customers' need.
Potassium thio Silicate
(K2S Si206)
Water miscible solution applied by foliar application SPECIFIC GRAVITY 1.33
Composition:
Silicic acid (Si02)15%Potassium (K20)17%Sulfur15%Soluble silicon has been detected inside the cell in the cytosal in chloroplastic membranes as well as in association with RNA and DNA.
This information suggests that silicon can have series of intracellular sites of action to explain its stimulating properties in plant diseases resistance.
1. Silicon form on outer cell wall mechanical barrier which help to stop infection in the epidermal cell.
2. Silicon induces the plant to synthesize phytoalxins which are antimicrobial compounds response to pathogen attack or non - biological stress factors.
3. Silicon plays different roles in plant performance, from the enhancement of growth, yield and quality.
(Several trials proved the increase of sugarcane yield by more than 20 %)
4 - Silicon improves the resistance to metal toxicity by suppressing uptake of heavy metals such as Cd in wheat and maize.
5 - Silicon improves salinity stress and drought stress specially if it is combined with k2o (as in our compound).
6 -Silicon maximizes the performance of the plant resistance to herbivores
7 - By virture of pot. thio silicate which contains active soluble silicon fortified by thio group which changed by dilution to Nano colloidal sulphur which has terrible anti fungal properties. Pot. Thio silicon gave a better resistance on grass brown spot or on grey leaf spot creals rust powdery mildew blast disease of rice, resistance to many pests was showed on different plants.
8 - Pot. thio Silicon responses crops and plants include among others barely, rice, sugarcane, beans, citrus, cucumber, grapes, wheat, olive and large numbers of ornamentals.
Application and Dose:
Through Folier application
5 application along the crop period.
1-2 liter of EASTERNA Pot. Thio Silicate per 600 liter of water.
Containers:
According to the Customers' need.