A stressed root may struggle to grow. Meanwhile, depleted soil can hold nutrients that plants cannot access. Kaylix addresses both challenges through three biological components: tropical seaweed extract, beneficial microbes, and natural phytohormones.
Each component has a specific role. Together, they support healthier roots, better nutrient uptake, and stronger plant growth.
Seaweed extract contains bioactive compounds, amino acids, polysaccharides, and natural plant hormones. However, its role goes beyond simply adding nutrients to the soil. Instead, these compounds influence how plants respond to their environment. As a result, they can support root development, nutrient uptake, and tolerance to environmental stress.
Kaylix's seaweed extract therefore complements fertilizer rather than replacing it.
Healthy soil is a living ecosystem. For this reason, Kaylix contains beneficial microorganisms such as Bacillus, Lactobacillus, and Trichoderma. These microbes support different processes in the root zone. Some help break down organic matter and improve nutrient availability. Others support soil balance and the plant's natural defence mechanisms.
Over time, intensive chemical inputs can disrupt soil biology. Kaylix helps restore beneficial microbial activity and create a healthier environment for roots.
Plants naturally produce phytohormones to regulate growth. Kaylix contains natural compounds associated with auxins, gibberellins, and cytokinins. For example, auxins support root development, while gibberellins influence stem growth and flowering. Meanwhile, cytokinins help regulate cell division.
These compounds are not nutrients. Instead, they act as biological signals that help coordinate plant growth. When plants face drought, poor soil conditions, or disease pressure, maintaining healthy growth can become more difficult. Kaylix provides additional biological support to help plants continue developing.
The strength of Kaylix comes from how its components work together. First, beneficial microbes support soil biology and nutrient availability. Next, phytohormones help regulate plant growth. Finally, seaweed-derived compounds support the plant's response to environmental stress.
Together, these processes create a more supportive growing environment. This principle has guided Zentide's field development across Indonesia. Since 2025, Zentide has conducted more than 150 field trials across more than 40 crops and different growing regions.
Kaylix was never designed to replace everything farmers already use. Instead, it was developed to support the biological processes that healthy soil and plants need. By bringing biological activity back into the equation, Kaylix helps plants make better use of available resources.
None of this is exotic science. These are natural processes that have always existed in healthy soil. Kaylix simply helps put them back to work.
