Supplier of silicon correctors
Manufacturer and distributor of silicon correctors: for more efficient farming.
Manufacturer of silicon correctors
Highly effective silicon correctors for stronger, more balanced crops.
At LUQSA, we work to improve crop health and resilience through advanced nutritional solutions. Silicon correctors play a key role in modern agriculture, as they strengthen plant structure, improve stress tolerance and optimise crop development.
Silicon not only helps to strengthen cell walls, but also helps the plant to cope with adverse conditions such as water stress, salinity or disease pressure. As a result, ensuring the correct intake has become a strategic tool within plant nutrition programmes.
At LUQSA, we develop and supply high-quality silicon correctors, designed to integrate effectively into a range of growing systems and provide practical solutions in the field for both farmers and distributors in the sector.
- Date
- 19 de May de 2026
What are silicon correctors used for in agriculture?
The importance of silicon in plants
Silicon is an increasingly relevant element in plant nutrition with its ability to improve the resilience and physiological balance of crops. Although it is not considered essential in all cases, its presence has a direct influence on the plant’s structure and behaviour when faced with stressful conditions.
A deficiency in this nutrient is not always as obvious as with other nutrients, but it results in weaker plants with reduced defence mechanisms and greater sensitivity to adverse conditions.
What happens when there is a silicon deficiency in the crop?
A shortage of silicon can lead to:
- Greater sensitivity to water stress.
- Lower resistance to disease.
- Weaker plant tissues.
- Greater susceptibility to mechanical damage.
- Reduced yield in adverse conditions.
Fabricante de Correctores de silicio
How does a silicon deficiency affect crop development?
A lack of silicon has a direct impact on key aspects:
- It reduces the plant's ability to withstand extreme conditions.
- It reduces water efficiency.
- It weakens the cellular structure.
- It increases susceptibility to pathogens.
Why is silicon important for plants?
Silicon plays a key role in plant development:
- It strengthens cell walls, improving the plant's structure.
- It increases resistance to abiotic stress, such as drought, salinity and extreme temperatures.
- It improves resistance to disease.
- It optimises the crop's physiological efficiency.
- It contributes to greater production stability.
The role of silicon correctors
Silicon correctors provide this element in a form that plants can readily take up, particularly in soils where its uptake is limited.
When used as part of a nutritional programme, it makes it possible:
- To improve crop resilience.
- To strengthen its structure.
- To build resilience in the face of adverse conditions.
- To optimise yield in a sustainable way.
Silicon is thus establishing itself as a key ally in modern agriculture, which aims to maximise efficiency and reduce risks in the field.
Why choose LUQSA for silicon corrector solutions?
A wide range tailored to each crop
At LUQSA, we develop silicon-based solutions tailored to various types of crops and agronomic conditions. This variety allows the nutritional strategy to be adjusted according to factors such as soil, climate or the plant’s physiological condition.
Technical rigour and high-quality formulation
The formulations are designed using carefully selected raw materials and in accordance with stringent technical criteria, ensuring optimal silicon availability and an effective response in the field. The aim is to ensure consistent results under different growing conditions.
Applied agronomic knowledge
The development of solutions is based on experience gained in the field, as well as an analysis of farmers’ actual needs. This approach enables us to offer products tailored to the current challenges facing agriculture, particularly in relation to abiotic stress and production efficiency.