Brassinolide is a highly effective, broad-spectrum plant growth regulator. Its core functions include:Growth Promotion: Enhances cell division and elongation, accelerates stem and leaf growth, and shortens the reproductive cycle.Enhances Stress Resistance: Alleviates stresses such as pesticide damage, frost damage, drought, and salinity, enhancing crop resilience.

IBA-K has the following applications in agricultural production:Promoting rooting of cuttings: IBA-K can promote rooting of plant cuttings and increase the survival rate of cuttings.It can be used for cutting propagation of a variety of crops, such as trees, flowers, and vegetables.. Improving fruit set: IBA-K can promote fruit development and ripening, increasing fruit set.

After receiving samples and conducting numerous tests, growers reported a significant increase in pineapple yields and improved pineapple quality. The positive market response has led to an increase in purchases of Pineapple King, a plant regulator specifically for pineapples.

Sorbitol has multiple benefits in agriculture:It improves plant stress tolerance, such as drought tolerance (tomato experiments show significant improvement in stress adaptability), cold resistance, and disease and pest resistance.

Diethyl aminoethyl hexanoate DA-6 is a highly effective cytokinin-based plant growth regulator that improves crop growth by promoting cell division and elongation, enhancing photosynthesis, and regulating carbon and nitrogen metabolism. Its core ingredient is 98% raw powder or crude oil.

Indonesia is a country blessed with abundant natural resources and a diverse crop landscape. Agriculture plays a vital role in the country's economy and food security. However, with population growth and economic development, Indonesian agriculture faces numerous challenges, including land degradation

6-Benzylaminopurine 6BA 6-BAP Main Functions and Effects Promotes Cell Division,It activates plant cell division-related genes, promoting the proliferation of shoot apical meristems and callus tissue, and is commonly used in plant tissue culture.

As a signaling molecule, salicylic acid activates plant defense mechanisms, promoting the synthesis of antimicrobial substances such as pathogenesis-related proteins (PR proteins) and phytoalexins, enhancing cell wall lignification, and preventing pathogen infection. For example, when rice is subjected to stress, salicylic acid enhances stress tolerance by regulating the jasmonic acid metabolic pathway.

Indole-3-Butyric Acid (IBA), an endogenous plant auxin, easily enters the plant body through leaves, young epidermis, and seeds, and is transported to key areas along with nutrient flow. This hormone can induce the differentiation of plant root primordia, promote rapid rooting, and accelerate root growth and development.