U.S. Borax products are backed with thousands of hours and acres of research. We never stop searching for answers to help you achieve the highest quality results in the field. While our commitment to research is twofold: Better understand how to improve our products and help growers make the best possible nutrient management decisions.
Fertilizing is an art form for anyone deeply involved in agriculture. The balance of nutrients, the type of fertilizers, and their application methods can make or break your yield. If you're specifically looking for a boron fertilizer for foliar application, U.S. Borax is here to help you understand why
Solubor might be an excellent fit for your needs.
Scientific research over the years has studied the patterns of absorption, partitioning, and remobilization of nutrients in soybean cultivation. In recent years, studies have shown that the potential for nutrient accumulation—including boron—has increased significantly due to current high productivity levels.
Arsenic (As) is a naturally occurring, toxic heavy metal dispersed in the environment through a variety of industrial, mining, and agricultural activities. High levels of arsenic can cause toxicity in cultivated plants and potential soil pollution.
Product origin is a hot topic. Whether you’re curious about where the cotton fibers in your bed sheets came from, or where the berries in your morning yogurt grew, sourcing is top of mind lately. For U.S. Borax, the answer is right there in our name.
Liquibor® is an easy-to-use remedy for present boron deficiency and the prevention of future boron deficiency in agriculture and specialty crops, especially in South Asia.
Mixing the correct balance of fertilizer can be a challenge. Luckily, U.S. Borax has a smooth solution. Quite literally.
Liquibor® is a pre-mixed, thick mixture ready to be applied.
Arsenic is a chemical element occurring in metals that can be found in soils and is harmful to healthy plant growth. That is why it is important for fertilizer applications to contain arsenic levels that are as low as possible.
As we gear up for the second half of 2021, we’re looking forward to the upcoming Southwestern Fertilizer Conference (SWFC) in San Antonio.
Currently, around 45% of arable Indian soil is boron deficient including latent deficient. Many of India’s states have soil that is more than 80% zinc deficient.