Agriculture - Industry - Shop By
Agriculture
Lab Alley supplies chemicals used across fertilizer production, soil treatment, and feed applications. Products are sourced to meet industry purity standards and support consistent performance in blending, storage, and application.
How our chemicals are used in Agriculture
These materials are used throughout agricultural production, from nutrient blending to processing and storage. Selection is typically based on formulation requirements, solubility, and compatibility with other inputs. In practice, the same material may be used in different ways depending on concentration, form, and how it is applied.
- Primary nutrients (NPK) are used to build fertilizer blends. Common inputs include urea, ammonium phosphates, potassium chloride, potassium sulfate, and potassium nitrate.
- Secondary nutrients and micronutrients are added where additional support is needed. This includes magnesium sulfate, calcium chloride, boric acid, zinc sulfate, copper sulfate, and ferrous sulfate.
- Formulation and processing inputs are used during production to manage pH, solubility, and batch consistency. Typical materials include phosphoric acid, nitric acid, potassium hydroxide, and carbonates.
- Stabilizers and chelating agents are used in liquid formulations to keep nutrients available and reduce precipitation. EDTA and sodium gluconate are commonly used.
- Preservation and treatment chemicals are used in feed and silage to limit microbial activity and extend storage life. Formic acid and propionic acid are standard inputs.
Shop by Application
- Fertilizer Production: Used to build dry and liquid fertilizer blends. Urea, ammonium phosphates, and potassium salts are standard for dry products, while nitrate salts and phosphoric acid are common in liquid systems. What matters here is how well the material dissolves, how it behaves in a mix, and whether it stays stable over time. Inconsistent inputs can lead to separation, clogging, or uneven nutrient distribution.
- Soil Treatment: Applied to adjust soil conditions and improve nutrient availability. This can include pH adjustment, deficiency correction, or improving how nutrients move through the soil. Carbonates, calcium-based materials, and micronutrient salts are commonly used. The key considerations are how quickly the material reacts, how evenly it can be applied, and whether it matches the needs identified through soil testing.
- Feed & Silage: Used to preserve feed and control microbial activity during storage. Organic acids like formic and propionic acid are standard for reducing spoilage and maintaining quality. Concentration and consistency are critical, since underperformance can lead to loss of feed, while over-application can create handling or safety issues.
- Crop Protection Inputs: Used in the production of herbicides, pesticides, and related formulations. These materials may act as active ingredients, intermediates, or formulation aids. Compatibility is the main concern—how the chemical interacts with other components, whether it stays stable in solution, and whether it performs as expected under field conditions.