Fertilizer for tea should not use chlorine-containing compound fertilizer

Farmers all know that fruit trees, tea, glutinous rice, and vegetables cannot be treated with chlorinated fertilizers. Therefore, few people apply fertilizers such as ammonium chloride and potassium chloride to these crops. However, some farmers now use chlorine-containing compound fertilizers that can only be applied to crops such as wheat and rice to apply to crops such as fruit trees and leaves. They mistakenly believe that chloride ions in compound fertilizers cannot directly affect crops. There were no adverse consequences. In fact, this is not the case. The chlorine in the compound fertilizer also has an adverse effect on the quality of the crop. It also reduces the quality of the crop, such as the reduction of starch and sugar content of the vegetables, the deterioration of the taste, and the decrease of flammability. Therefore, peasants and friends were reminded that they should not blindly apply chlorine-containing compound fertilizer to fruit trees, tea and other chlorine crops. The factory also did not appear bullying farmer behavior.

When farmers’ friends purchase and apply compound fertilizer to fruit trees and tea, in addition to looking at whether the compound fertilizer packaging is in accordance with the requirements for compound fertilizer packaging, whether the three licenses, namely, production licenses, fertilizer registration certificates, and product certifications are complete and effective, see the indicated content. Whether it is in line with the internal content, it depends on whether or not chlorine is contained on the outer packaging, or whether it contains no chlorine. If necessary, the seller must provide the legal laboratory test sheet, or sample it to the authoritative soil and fertilizer laboratory to consult with the chemical fertilizer. Don't be fooled by the cheap and be deceived, and don't overly believe the rhetoric of advertising and design of the appearance of packaging, the most important thing is to look at the inherent quality of fertilizer and application effect.