6-Benzylaminopurine
Product Overview
6-Benzylaminopurine
Product Information
1. Usage: The first artificially synthesized cytokinin. 6-BA has the effect of inhibiting the decomposition of chlorophyll, nucleic acids and proteins in plant leaves. Currently, 6BA is widely used in citrus to maintain flower and fruit set and promote flower bud differentiation. For example, 6BA is an efficient plant growth regulator, showing good performance in promoting germination, promoting flower bud differentiation, increasing fruit set rate, promoting fruit growth, and improving fruit quality, etc.
2.Customerized packing label
3.Professional registration GLP,ICAMA,LOA etc.
4.FAO standard
6-Benzylaminopurine (6-BA) Customer Reviews
6-Benzylaminopurine (6-BA) Customer Reviews
-
AvaAvaThis cytokinin has transformed our ornamental production by breaking apical dominance. The bushier, more compact plants are more attractive to buyers. -
IsabellaIsabellaFor leafy vegetables, it's delayed senescence significantly. The produce maintains freshness longer during transport to market. -
MiaMiaOur tissue culture lab has increased shoot proliferation rates dramatically using 6-BA. The production efficiency gains have been substantial. -
CharlotteCharlotteThe versatility across different applications - from micropropagation to postharvest quality maintenance - makes this indispensable.
6-Benzylaminopurine (6-BA) FAQs
6-Benzylaminopurine (6-BA) FAQs
As a basic producer and leading formulator in agrochemicals, We have rich experience in domestic market, and we have professional technical team can help clients to find the solutions for the new disease who threatens their crop.
-
80%High PurityEnsure the reliability of each product.
-
58%Fast-Acting FormulaQuickly provide visible effects
-
What physiological effects does 6-BA induce in plants?
What physiological effects does 6-BA induce in plants?
This synthetic cytokinin primarily breaks apical dominance, stimulating lateral bud break and shoot proliferation. In agriculture, it increases branching in ornamentals, improves fruit bud formation in orchards, and delays senescence in leafy vegetables and cut flowers.
-
How does 6-BA improve orchard productivity?
How does 6-BA improve orchard productivity?
Applied during summer (July-August), it converts vegetative buds to fruiting spurs in apples/pears, increasing yield potential by 15-30%. Winter applications (dormant season) stimulate branching for improved canopy architecture in young trees.
-
What role does 6-BA play in postharvest management?
What role does 6-BA play in postharvest management?
By maintaining chlorophyll and protein synthesis, it extends vase life of cut flowers by 5-10 days and reduces yellowing in stored leafy greens. Combined with gibberellins, it prevents degreening of citrus during transport.
-
How should concentrations be adjusted for different crops?
How should concentrations be adjusted for different crops?
Ornamentals tolerate higher rates (50-100 ppm) than food crops (10-30 ppm). Dwarf apple varieties may show excessive branching at concentrations suitable for standard trees. Always conduct varietal trials before full-scale use.
-
What are the signs of over-application?
What are the signs of over-application?
Excessive rates cause abnormal leaf thickening, reduced internode elongation, and occasional chlorosis. In fruits, may delay color development and sugar accumulation if applied too close to harvest.
Request a Quote
