Ino N-Fix
NÉBIH registration in progress, available soon!
Dose: 1 litre per hectare, enough for a garden of 10000 m². In a 1L and a backpack sprayer 1-2 dl/ 10 litres of water is enough.
Please pay special attention to the dose and time of application (temperature, time of day) to avoid occasional scorching. Application on hot days should be avoided, application above 22 degrees is not recommended. Clean the application equipment used before and after spraying with clean water.
The Ino N-Fix
- These carefully selected 3 strains of bacteria can fix nitrogen in the air
- The nitrogen that is fixed can later be taken up and used by the plant. This contributes to the growth of the plant. And also to reduce the fertiliser dose
- They occupy a significant part of the plant surface
- Prevent harmful bacteria from colonising
- Auxin plant hormone produce enhance root growth
Temporary stock shortage
140.000 Ft
Elfogyott
- While the biological network surrounding the root is called the rhizosphere, the phyllosphere is the same above the ground in the plant.
- Micro-organisms (viruses, bacteria, fungi, algae ...) can be transferred to the plant from different places
- They can be transported by insects flying onto the plant, they are also carried by rainwater and the wind carries a lot of micro-organisms
- The largest French producer of fertilizers, biostimulants and biological products (Agronutrition) has been researching beneficial bacteria for 10 years
- Lots of bacteria can fix nitrogen, but not all of them can live on the leaf surface, fix significant amounts of nitrogen and not be dangerous to the user
- These 3 strains were selected from more than 1,000 bacterial strains
- N2 in the air is converted to NH4+ (ammonia) during ammonification
- Which is converted to NO3- anion during nitrification
- And this nitrate can already be taken up and used by the plant
These carefully selected 3 strains of bacteria are able to fix nitrogen in the air. The fixed nitrogen can then be taken up and used by the plant. This contributes to the growth of the plant. It also helps to reduce the fertiliser dose. They occupy a significant part of the plant surface. They prevent the colonisation of harmful bacteria. They produce auxin plant hormones that enhance root growth.
