Assimilate Movement
Support movement and accumulation of photosynthesis-derived assimilates during fruit development.
ColorQ+
Enhance Expression
Bring out the color. Elevate the value.
Bring out the color. Elevate the value.
AMINO ACID-BASED BIOSTIMULANT
ColorQ+ is an amino-acid based biostimulant developed for the ripening stage to support natural color expression, fruit quality and market value.
WHY COLOR EXPRESSION MATTERS
Fruit coloration develops together with ripening physiology, assimilate movement and pigment accumulation. Heat, weak day–night temperature differences and nutritional imbalance can limit uniform expression and market appearance.
Support movement and accumulation of photosynthesis-derived assimilates during fruit development.
Provide amino acids and mineral nutrition selected for the quality-expression stage.
Support the physiological processes associated with natural pigment synthesis and accumulation.
Target more uniform appearance, better fruit quality and stronger market presentation.
TECHNICAL PROFILE
ColorQ+ is designed around ripening-stage physiology, with a nutrient and amino-acid platform intended to support assimilate movement, carbon metabolism, sugar accumulation and natural pigment expression.
Potassium is included as part of the assimilate-movement and quality-development platform.
Phosphorus supports the carbon- and energy-metabolism framework used in the formulation design.
Selected amino-acid components are designed around pigment- and ripening-related precursor pathways.
Included as part of the formulation platform supporting component utilization and sugar accumulation.
Boron complements the formulation rationale for movement and distribution of photosynthates.
Zn 0.08–0.10% and Mn 0.08–0.10% complete the micronutrient balance.
Preliminary specification — subject to final commercial specification and registration.
PRODUCT FUNCTION
K + B support movement and distribution of photosynthates.
P, K and amino-acid components support metabolic activity and sugar accumulation.
Selected amino-acid components are designed around pigment- and ripening-related precursor pathways.
The combined platform is intended to support more natural and uniform fruit color expression.
ColorQ+ is positioned as a nutrient / biostimulant platform — not as a plant growth regulator.
PRELIMINARY VALIDATION
Early phytotoxicity and color-expression observations provide an initial validation layer for the current formulation concept.
Preliminary observation · not a replicated standalone efficacy trial.
FIELD OBSERVATION · CHINA · 2026
Three photographed treatment examples show a consistent direction of visible color progression during the same nine-day observation window.
Actual grower-field photographs from a combined FruitQ+ + amino-acid complex program. The photographs indicate stronger visible color progression in the combined-program examples; no percentage improvement is inferred from images alone. This is not presented as a standalone ColorQ+ efficacy trial.
APPLICATION DEVELOPMENT
Foliar application around 500–1,000×; approximately 2–3 applications are currently under evaluation.
Combined FruitQ+ + reference amino-acid complex program used at color-development stages.
FruitQ+ tank-mix compatibility and agronomic fit should be validated with the final ColorQ+ formulation.
Crop-specific timing, rate and repeat interval will be fixed after formulation confirmation and field validation.
EVIDENCE SUMMARY
Formulation rationale, preliminary validation and field observation are presented as distinct evidence levels.
K · P · amino acids · oligosaccharide · B · Zn · Mn
Technical development
Pepper / Daebong persimmon
No visible phytotoxicity · Early color-expression observation
Preliminary observation
China grape · 2026
Visible July 4 → July 13 color progression in combined program
Combined program
Q+ INNOVATION PORTFOLIO
ENHANCE EXPRESSION