Izi Start TE-Max+BS

Ensuring Vigorous Root Development: Insights on Easy Start TE-Max+BS

When we plan our crop cycle, the key to success lies in delivering nutrients exactly where the root system needs them most during the initial growth stage. Easy Start TE-Max+BS, produced by the German company Compo Expert GmbH, has proven to be an essential tool for precise placement at sowing. Unlike conventional fertilizers, this product utilizes micro-granules designed for in-row application, ensuring immediate availability of nitrogen, phosphorus, and essential micronutrients directly to the seed.

For operators and farm managers, the ease of handling is a major advantage. These granules are uniform, dust-free, and flow through seeding equipment without clogging, which significantly reduces downtime and maintenance costs. In our trials with cereals and potatoes, the impact is visible within just two weeks: seedlings emerge more uniformly, and the plants develop a significantly deeper, more branched root system. This robustness is critical for overcoming early-season climatic stresses.

Field Performance and Operational Efficiency

• Targeted Application: Specifically designed for in-row nutrient placement during sowing.
• Nutrient Density: With 10–19% nitrogen and 23–49% phosphorus, plus a comprehensive complex of Fe, Mg, Mn, Cu, and Zn, it provides an immediate energy boost to crops.
• Cost-Effective Dosage: A consumption rate of 15–50 kg/ha simplifies inventory management and logistics.
• User Safety: Classified as Hazard Class 4, it requires minimal special handling, simplifying storage and workplace safety compliance.

Using Easy Start TE-Max+BS is essentially an insurance policy for your crop. By providing the plant with everything it needs from the very first day, we create a predictable growth environment. For an agricultural business, this translates to uniform harvest readiness and easier machinery operation. Compo Expert GmbH has delivered a formula that allows us to bridge the gap between simple fertilization and high-precision agronomy, ensuring that every gram of input contributes to a stronger yield.