Authoritative journals tell you: Why is Jinong Red Potassium highly favored by tobacco farmers!

This year, Jinong red potassium has shown good application performance in tobacco and is deeply loved by tobacco farmers. Today, let's explore why Jinong red potassium is more suitable for tobacco.

Potassium fertilizer and its type are one of the important factors affecting the yield and quality of tobacco leaves. Tobacco leaves with high potassium content have a deep orange yellow color, rich aroma, good taste, elasticity and toughness, strong filling ability, easy modulation and baking, and good smoldering, heat retention, and combustibility. Potassium fertilizer can also enhance the drought resistance and disease resistance of tobacco, promote the balance of internal chemical components in tobacco leaves, improve smoke quality, and reduce the total amount of particulate matter and nicotine content in smoke. Research has shown that potassium fertilizer can promote the regulation of nitrogen metabolism in tobacco, which is beneficial for timely maturity, ensuring yield and quality. At the same time, applying potassium fertilizer can significantly promote the growth and development of tobacco, improve its main agronomic traits, and the effects of different forms of potassium fertilizer vary.

A paper titled "The Effects of Different Potassium Fertilizers on the Chemical Composition and Economic Characteristics of Flue-cured Tobacco in Typical Ecological Regions of Shaanxi Province" in the authoritative journal of the tobacco industry, China Tobacco Science, Volume 35, Issue 3, 2014, provided a detailed explanation of the different effects of different potassium fertilizers on tobacco. The experimenters selected two typical ecological tobacco areas in Shaanxi and conducted field experiments to study the effects of four types of potassium fertilizers on the agronomic, chemical composition, and economic characteristics of flue-cured tobacco. The experimental results show that applying potassium fertilizer can increase the total sugar, reducing sugar, nicotine, nitrogen, and potassium content of tobacco leaves, increase the potassium chlorine ratio, and reduce the chlorine content.

In the paper "The Effect of Organic Potassium Fertilizer on the Agronomic Traits and Yield and Quality of Panzhihua Flue-cured Tobacco" in Volume 35, Issue 4 of China Tobacco Science in 2014, the researchers used a combination of field experiments and indoor analysis to study the effects of organic potassium fertilizer on the agronomic traits and yield and quality of Panzhihua Honghua Dajinyuan tobacco. The experimental results showed that the application of organic potassium fertilizer can promote the growth and development of tobacco plants, increase tobacco yield, and significantly increase the potassium content of tobacco leaves, with an increase of 14.3%~36.0%. After baking, the chemical composition of tobacco leaves is more coordinated, and the internal quality is significantly improved. The economic benefits of tobacco leaves using the fertilization model of humic acid compound fertilizer+organic potassium fertilizer are the highest, at 3907.91 yuan/667 square meters (1 mu).

Through the scientific argumentation of the above two sets of papers, it is explained why Jinong Red Potassium is deeply loved by tobacco farmers. Based on the characteristics of nutrient demand in the middle and later stages of crops and the principle of dry matter accumulation, Jinong Red Potassium uses high-purity organic potassium as the main raw material, and adds trace element boron, which has a higher potassium supplementation efficiency and fully utilizes potassium element, effectively increasing leaf development, shaping oval shaped tobacco leaves, and reducing nicotine content in tobacco leaves, Promote the natural layering and yellowing of tobacco leaves, improve their maturity, increase their baking resistance, increase the content of soluble total sugars and sugar alkali ratio in tobacco leaves, coordinate the proportion of main chemical components in tobacco leaves, and improve their quality.

Note: All experimental data in the previous text are sourced from the Journal of Chinese Tobacco Science. If there is any infringement, please contact us to delete it.