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EXCEED® SAR Plant Defense Booster
Not all CHITOSAN is the same.
1. Biostimulant
The Chitosan in Exceed SAR is a biostimulant for biotic, abiotic, and physiological stresses.
When problematic conditions like high temperatures at flowering, salinity, and drought occur, Exceed SAR provides help.
2. Resistance Activation
The Chitosan in Exceed SAR brings resistance activation against pest and disease.
Exceed SAR promotes the self-defense system against nematodes and fungi.
3. Carrier
The Chitosan in Exceed SAR is a carrier delivering nutrients at the cellular level.
4. Raw Material
The Chitosan in Exceed SAR is a quality raw material originating from a region that produces the most abundant source of secondary metabolites in the world.
Chitosan from other regions do not have access to these metabolites.
5. Nano Technology
The Chitosan in Exceed SAR employs Nano Technology with Precision Chitosan Cutting Technology, transforming the chitin into functional molecules of chitosan with greater than 100 active points. Standard chitosan contains only 1 active point.
The chitosan molecules have a positive charge and can go deeper into the plant cells.
Not all CHITOSAN is the same.
1. Biostimulant
The Chitosan in Exceed SAR is a biostimulant for biotic, abiotic, and physiological stresses.
When problematic conditions like high temperatures at flowering, salinity, and drought occur, Exceed SAR provides help.
2. Resistance Activation
The Chitosan in Exceed SAR brings resistance activation against pest and disease.
Exceed SAR promotes the self-defense system against nematodes and fungi.
3. Carrier
The Chitosan in Exceed SAR is a carrier delivering nutrients at the cellular level.
4. Raw Material
The Chitosan in Exceed SAR is a quality raw material originating from a region that produces the most abundant source of secondary metabolites in the world.
Chitosan from other regions do not have access to these metabolites.
5. Nano Technology
The Chitosan in Exceed SAR employs Nano Technology with Precision Chitosan Cutting Technology, transforming the chitin into functional molecules of chitosan with greater than 100 active points. Standard chitosan contains only 1 active point.
The chitosan molecules have a positive charge and can go deeper into the plant cells.