Boost Photosynthesis and Growth with Chitang® - Photosynthesis Booster

Chitang® is a cutting-edge photosynthesis booster and plant biostimulant, designed to enhance chlorophyll production and accelerate crop yield. Formulated with naturally derived bioactive saccharides derived from natural sources, Chitang®- Photosynthesis Booster promotes efficient nutrient absorption and strengthens the plant’s internal defense mechanisms.
By stimulating the plant's photosynthesis, metabolic and physiological activity, Chitang®- Photosynthesis Booster ensures high yield, improved resilience, and optimized resource utilization - making it an ideal input for high-performance farming.

Key Benefits of Chitang® - Photosynthesis Booster

Application Instructions for Chitang® - Photosynthesis Booster

Apply 1 liter of Chitang® – Photosynthesis Booster per acre every 30 days using fertigation or drip irrigation and foliar spray systems. Suitable for all vegetables, pulses, fruits, plantation, and field crops to increase photosynthesis.

Why Boosting Photosynthesis Matters in Modern Agriculture

Photosynthesis is the engine of plant growth, driving the production of energy that supports every stage of development. Enhancing photosynthesis not only improves biomass accumulation and leaf expansion, but also ensures better flowering, fruiting, and final yield.

A photosynthesis booster like Chitang® increases chlorophyll levels, improves light energy utilization, and speeds up plant metabolism. Chitang® – Photosynthesis Booster allows crops to complete their cycle faster, making room for quicker turnover, better resource use, and higher economic returns. With Chitang® – Photosynthesis Booster farmers gain a reliable, sustainable solution to unlock the full potential of their crops naturally.

Frequently Asked Questions

What is Chitang® used for?

Chitang® is used to enhance photosynthesis and chlorophyll levels, boost vegetative growth, and improve nutrient absorption in a wide range of crops.

How does Chitang® work as a photosynthesis booster?

Chitang® stimulates chlorophyll biosynthesis and plant metabolic activity, leading to better light energy capture and accelerated plant development.

How should I apply Chitang®- photosynthesis booster?
Use 1of Chitang® - photosynthesis booster per acre via fertigation or drip irrigation, every 30 days. Chitang® - photosynthesis booster is ideal during the vegetative stage for most field and horticultural crops.
What is photosynthesis?

Photosynthesis is the natural process by which green plants convert sunlight, carbon dioxide, and water into glucose (plant food) and oxygen. Photosynthesis is essential for plant growth and for producing the energy that fuels all plant functions.

Why is photosynthesis important in agriculture?

Photosynthesis drives biomass accumulation, flowering, fruit development, and overall crop yield. Higher Photosynthesis activity leads to more productive, healthier crops and better-quality produce.

What factors affect the rate of photosynthesis?
  • Key factors that affect the rate of photosynthesis include:
    • Light intensity and duration
    • Carbon dioxide concentration
    • Temperature
    • Chlorophyll content
    • Water availability
    • Leaf health and surface area
How can farmers improve photosynthesis in crops?

You can enhance photosynthesis by:

  • Applying photosynthesis boosters or biostimulants
  • Ensuring adequate irrigation and nutrition (especially nitrogen and magnesium)
  • Maintaining healthy, pest-free leaves
  • Practicing proper plant spacing for light exposure
What role does chlorophyll play in photosynthesis?

Chlorophyll is the green pigment in leaves that absorbs sunlight and enables the conversion of light energy into chemical energy. Higher chlorophyll levels generally result in more efficient photosynthesis.

Can photosynthesis continue at night?

No. Photosynthesis requires sunlight, so photosynthesis only occurs during daylight hours. At night, plants undergo respiration, consuming the sugars they produced during the day for energy.

What happens if photosynthesis is reduced?

Reduced photosynthesis leads to:

  • Stunted plant growth
  • Poor flowering and fruit set
  • Lower yield and produce quality
  • Greater vulnerability to stress and disease
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To cultivate Success, Ignite Growth and Sow the Seeds of Progress

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of Biostimulants and
Elicitors for crops

Contact Info

E-Mail

info@auraphyll.com

Website

www.auraphyll.com