POWHUMUS® WSG 85

POWHUMUS® WSG 85

POWHUMUS® WSG 85 is a water-soluble organic plant growth stimulant and soil conditioner based on active humic acid (potassium humate). As a permanent humic substance will remain stable in the soil and cannot be easily decomposed by soil microorganisms. POWHUMUS® WSG 85 is a bioactive growth stimulant and organic soil conditioner, especially for sandy and heavy clay soils.
POWHUMUS® WSG 85 has a stimulating effect on plant growth, root development and increases and stimulates beneficial soil microorganisms.

POWHUMUS® WSG 85 can be combined with other Fertilizers and Pesticides, after undertaking a trial mix. It can be applied onto the ground or sprayed over the crop.

BENEFITS & RECOMMENDED APPLICATION

• Premium quality: Highest water solubility and product purity
• Immediately improves plant nutrient absorption and fertilizer efficiency of soils
• Increases the stress tolerance of plants against drought, salt, cold and heat
• Stimulates vigorous root growth and yield formation
• Increases the buffering and cation exchange capacity of soils
• Acts as a natural chelator for micronutrients in soils and increases their availability to plants
• Stimulates the formation of fertile, microbially active soils
• Improves the soil structure and increases its water holding capacity
• Increases the germination of seeds and enhances development of radicles

FIELDS OF APPLICATION

• Agriculture
• Vegetable  Production
• Horticultural fruit trees 
• Substrate Cultivation
• Hydroponics
• Turf grass and Landscaping
• Seed Treatment

RECOMMENDED APPLICATION RATES *

Soil
6 - 10 kg/ha divided into several applications (1 - 2 kg/ha) during the vegetation period

Foliar
15 - 30 g/100 L water every two weeks during the vegetation period

Substrates
0.1 - 0.5 kg/m³

Seeds
0.1 % or 100 g/100 kg seed dressing according to thousand grain weight (T.G.W.)

Hydroponics
10 - 30 g/1000 L nutrient solution during the cultivation cycle

* These are standard recommendations that can vary according to soil properties, cultivated crop and local system conditions.