Lime Ammonium Nitrate

RONGDA Lime Ammonium Nitrate is an upgraded agricultural fertilizer optimized and improved on the basis of traditional ammonium nitrate. The core design concept of the product is to eliminate the potential safety hazards of traditional ammonium nitrate, and at the same time, it takes into account the nutritional needs of crops and the protection of soil ecology, providing growers with a fertilizer option that is more in line with the actual needs of agricultural production. As a professional manufacturer from China, RONGDA is committed to providing growers with high-quality fertilizer products suitable for actual production, balancing short-term production benefits and long-term land conservation, and is an ideal choice for scientific farming and sustainable agricultural development.

Core Advantages

1. Enhanced Safety Performance

RONGDA Lime Ammonium Nitrate effectively optimizes the instability of traditional ammonium nitrate. In the whole process of daily storage, transportation and field application, there is no need to take additional complex protective measures, which greatly reduces the operation risk and makes growers more assured during the fertilization process. The product's safety performance has been fully verified in practical application, providing a solid guarantee for safe production.

2. Comprehensive Nutrient Supply

The product can simultaneously provide two indispensable nutrients for crops: nitrogen and calcium. Nitrogen is conducive to the luxuriant growth of crop branches and leaves and the efficient progress of photosynthesis, laying a foundation for high yield; calcium can enhance the toughness of crop cell walls, significantly improve the stress resistance of crops, and effectively improve the quality of fruits, helping growers obtain better economic benefits.

3. Soil Acidity Regulation

In the long-term planting process, unreasonable fertilization or natural factors are likely to lead to soil acidification, which affects the extension of crop roots and the efficiency of nutrient absorption. After RONGDA Lime Ammonium Nitrate is applied to the soil, it can gradually neutralize the soil acidity, improve the physical and chemical properties of the soil, create a suitable growth environment for crop roots, and promote the more sufficient absorption and utilization of nutrients by crops.

Scope of Application & Application Methods

1. Wide Application Scope

The product has strong adaptability and is suitable for various crops, including field crops such as wheat, corn and rice, vegetable crops such as cucumber, tomato and pepper, and fruit trees such as apple, pear and citrus. It is especially suitable for soil with slight acidification tendency, and can play a better role in improving soil and promoting crop growth in such soil environments.

2. Scientific Application Methods

When using RONGDA Lime Ammonium Nitrate, it can be applied flexibly according to the type of crop, the growth period and the fertility of the soil. The effect is better when combined with irrigation. For specific dosage and detailed application methods, please refer to local agricultural technical guidance or product instructions to ensure scientific and rational use and maximize the fertilizer effect.

Why Choose RONGDA?

Long-term use of RONGDA Lime Ammonium Nitrate can not only meet the nutritional needs of crops in the current season, help increase production and income, but also continuously improve soil conditions, avoid soil degradation caused by long-term excessive fertilization, and realize the balance of short-term benefits and long-term land conservation. Our factory has advanced production equipment and strict quality control system, and is committed to providing high-quality, high-performance agricultural fertilizers for global growers. As a professional manufacturer from China, RONGDA adheres to the concept of sustainable agricultural development, and strives to help growers achieve scientific farming and realize the coordinated development of agricultural production and ecological protection.