JA - Model 63 - Nano Bio Stimulant
JA 63 a new generation certified bio organic 4th Generation nano PGR which is a high energy, broad – spectrum and breakthrough YIELD ENHANCING SYSTEM. It is a latest discovery in PGR group using of most modern and high-tech extraction process in the world. – Super Critical (CO2) Extraction Technology. It work at cell and mitochondria level to boost up entire plant system to for maximum gene expression and ACHIEVE 100% yield potential. REJUVENATE plant by enhancing enzymatic plant functions. INCREASE the content of chlorophyll, protein, nucleic acied in plant, thus, ACCELARATE photosynthesisis.
- It works at cell and mitochondria level to boost up entire plant system to for maximum gene expression and ACHIEVE 100% yield potential.
- Play roles in seed germination, the storage of protein in seeds and root growth
- REJUVENATE plant by enhancing enzymatic plant functions
- PREVENTS premature aging of crop by maintaining proper nourishment of the tissues
- INCREASE the content of chlorophyll , protein, nucleic acid in plant, thus, ACCELARATE photosynthesis
- Harvest flexibility :
Can be used right before harvest without concern for residues
O-day pre-harvest interval (PHI)
Harvest is ready to marketResidue exempt (maximum residue limit (MRL) and CODEX exempt)
- Worker-friendly :
Helps simplify your labor scheduling and avoids costly downtime
4-hour re-entry interval (REI) and minimal personal protective equipment (PPE) requirements
- Approved for Organic Use :
Flexible to use in conventional and organic cropping systems
NPOP & IFOAM Standards
- It works at cell and mitochondria level to boost up entire plant system to for maximum gene expression and ACHIEVE 100% yield potential.
- Play roles in seed germination, the storage of protein in seeds and root growth
- REJUVENATE plant by enhancing enzymatic plant functions
- PREVENTS premature aging of crop by maintaining proper nourishment of the tissues
- INCREASE the content of chlorophyll , protein, nucleic acid in plant, thus, ACCELARATE photosynthesis