PALMALINE
premium oil ADJUVANT
Index Origins. 01 03 05 06 08 09 11 12 Development. Phytotoxicity. Phytotoxicity's Scheme. Microemulsion. Biodegradability. Dose rate. Estability of mixing. + +
Origins
01
Origins
Palmaline comes out as an opportunity to replace both mineral and methylated soybean oils in an up to 80 percentage dose, and this allow us to reduce the chemical load applied on the crops and therefore to enhance another kind of consequences like phytotoxicity.
02
+ + +
Palmaline is a premiun plant origin oil integrally developed in our research labs.
Origins
PALMALINE is a draft achieved in our research laboratories, but its origin is found in the latitudes from which food added value products come and are exported to the most demanding markets of the globe.
The vegetal fatty acid from which PALMALINE is sinthesized allows us to obtain a high refined and traceable active principle, unique and groundbreaking characteristics in the market.
Likewise, PALMALINE's formula is supplemented by a pack of surface agents that broadens the already known performance limits for this kind of emusifying compounds.
The scientific research, aimed at looking for new compounds enabled to find in coconut oil excellent wetting, an ti-evaporating, anti-drift, adherent and penetrating properties
PALMALINE is the outcome of the combination of all of these attributes, which makes it a unique product and a high mix stability.
Development
Development 03
Palmaline
Formulated from nutritional origin compounds.
It does not hold any glycerin, methanol, methoxide, nor paraffin waste material, etc. that exist in conventional methylated oil derived from bio diesel and in mineral oils.
04
Because of Palmaline comes from natural raw materials it leaves no residues of hydrocarbons, glicerin, methanol, methoxides, parafins, etc. how its happen with average mineral oils or the methylated vegetable oils.
Phytotoxicity
Fitotoxicy 05
Unwanted Compounds
Palmaline Methylated soybean oils
Active Principles (Methyl esters from fatty acids from vegetable oils)
Active Principles (Fatty coconut acid propyl esters)
Soap
Glicerin
Methanol
Sodium methoxide
Triglycerides
No Contains Contains
Palmaline Microemulsion
Packofsurfactantsand adjuvants
Propyl esters (Coconut oil fatty acid)
+ Insecticides graminicides
> Droplet size 10-15 um.
> HLB optimizes the emulsification by creating a heavy and elastic interface.
> Great physical stability when facing flocculation, coalescence and creming.
> Surfactants' absorption during the interface that includes a heavy film formation around the water droplets.
> Simple emulsion, type O/W.
> The PALMALINE' s organic phase encapsulates graminicides and insecticides, whereas the adjuvants' pack creates a bridge that links them with glyphosate, dicamba and other soluble material.
Water
Glyphosate
Dicamba Fertilizers
08
Biodegradability
Biodegradability 09
The persistence in crops is a possible cause of phytotoxicity, creating condition of stress as are usual in mineral or soybean oils,even more taken into account that this different oils can produce the “magnifying glass effect” damaging the waxy cuticle of leaves. In addition, Palmaline has the object of no discharge chemical loads with low biodegration rate.
10
Biodegradability
Palmaline
Soybean Methylate
Abamectin
Mineral Oil
% Biodegradability 0 3 Days 30 Days 60 Days 100 0 50
Dose Rate
Dose Rate
Premium Oil Palmaline Comparative Oil 11
150cc
/ Ha - 250cc / Ha Fatty coconut acid propyl esters.
1000cc
/ Ha - 1500cc
/
Ha Methyl esters from fatty acids from vegetable oils.
Comparative oil
Stability of Mixing
Seeking to increase the stability in the complex blends, it has been developed a formula to work on the concept of microemulsion.
Palmaline
0´ 15´ 40´ 0´ 15´ 40´ 12
Strengs Palmalineof
For drip irrigation use to increase the incorporation and mobility of nutrients through compacted soil and roots.
ADHERENT
LOW IMPACT INNOCUOUS
ANTI-DRIFTING
PENETRATING BIODEGRADABLE
14
ADJUVANT
PALMALINE premium oil
