Plant Growth Promoter

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6-Benzylaminopurine (6-BAP or BAP)

450.0010,999.00Kg

6-Benzylaminopurine, or 6-BAP, is a man-made plant hormone that helps plants grow. It belongs to a group called cytokinins, which are important for plant health.

–> Key Functions of 6-BAP:
1. Helps Plants Grow New Shoots:

6-BAP encourages plants to make new shoots, especially in lab settings where plants are grown in tissue culture. This helps grow more plants quickly.

2. Slows Down Aging:

This hormone helps keep leaves green and healthy longer by preventing them from aging too quickly. It helps retain important nutrients and chlorophyll.

3. Encourages Branching:

6-BAP can help side buds grow by reducing the dominance of the main stem. This makes the plant bushier and more full.

4. Boosts Fruit Growth:

In many crops, like tomatoes and strawberries, 6-BAP can help increase the number of fruits and improve their growth, leading to better harvests.

5. Increases Overall Yield:

By promoting more flowers and larger fruits, 6-BAP can help farmers get more produce from their crops.

Atonic (Sodium Nitrophenolate (SNP))

499.004,999.00Kg

Atonic (Sodium Nitrophenolate (SNP)) is a plant growth regulator known for its various benefits in agriculture. Here’s an overview:
Benefits:
1. Growth Stimulation: Promotes overall plant growth by enhancing cell division and elongation.
2. Increased Yield: This can lead to higher crop yields by improving the size and quality of fruits and vegetables.
3. Stress Tolerance: Helps plants cope with environmental stresses such as drought and salinity by improving root development.
4. Nutrient Uptake: Enhances the absorption and utilization of nutrients, improving overall plant health.
5. Early Maturity: May accelerate the maturation process of crops, leading to earlier harvests.

DA-6 (Diethyl Aminoethyl Hexanoate)

499.003,599.00Kg

DA-6 is a plant growth regulator used in farming and gardening to help plants grow better, resist stress, and produce more.

Key Functions of DA-6:
1. Boosts Photosynthesis:

DA-6 helps plants make food more efficiently by improving chlorophyll, which helps them grow faster and healthier.

2. Increases Stress Resistance:

This regulator helps plants deal with tough conditions like drought, salty soil, and extreme temperatures, allowing them to keep growing even when times are hard.

3. Strengthens Roots and Shoots:

DA-6 promotes the growth of both roots and shoots, making plants stronger. This is especially helpful for young plants or those with weak roots.

4. Increases Crop Yields:

By supporting balanced growth and stress resistance, DA-6 can lead to bigger and better fruits, as well as more uniform harvests.

5. Enhances Nutrient Uptake:

DA-6 improves how well plants absorb nutrients, leading to healthier growth and better use of fertilizers.

Gibberellic acid (GA)

399.005,599.00Kg

Gibberellic acid (GA) is a plant hormone that plays a crucial role in regulating various developmental processes in plants, such as seed germination, stem elongation, leaf expansion, and flowering. It belongs to a group of plant hormones known as gibberellins, which are naturally occurring compounds in plants but can also be synthesized for agricultural and horticultural purposes.
Key Functions of Gibberellic Acid:
1. Seed Germination: GA helps break seed dormancy and promotes germination by triggering the production of enzymes that break down stored food in seeds, providing energy for growth.
2. Stem Elongation: It promotes the elongation of plant stems by stimulating cell division and elongation, leading to taller plants. This is particularly useful in plants where longer stems are desirable, such as in certain crops.
3. Flowering: GA influences the timing and formation of flowers, especially in long-day plants, by enhancing the transition from vegetative to reproductive growth.
4. Fruit Development: In some plants, gibberellic acid promotes fruit enlargement and development, making it a common tool in the fruit industry to improve the size and quality of fruits.
5. Leaf Expansion: GA promotes cell growth and division in leaves, resulting in larger leaves and increased photosynthetic capacity.

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