The correct way to water flowers with glucose is to dilute it into what form

In addition to providing energy to humans, glucose is also a good plant nutrient. Glucose contains a variety of vitamins and other nutrients, which can provide the nutrients needed by plants and flowers, promote the growth of plants and flowers, make the leaves greener, and accelerate flowering.

Glucose cannot be used directly to water flowers . The substances it contains cannot be fully absorbed by plants. If it is not treated and used directly to water flowers, the high concentration will damage the plant roots. Its sweetness will also attract many insects and ants, affecting the normal growth of the plants.

Glucose watering method

1. Glucose dilution

When watering flowers, glucose water needs to be diluted with clean water in a ratio of 1:50. The diluted solution can be directly poured on the roots of the plants, where it can be quickly absorbed. It can also be used to spray the leaves of the plants, which can make the plants grow stronger and the flowers bloom more brightly. However, it should be noted that glucose water cannot be used for watering too frequently, and glucose water cannot replace water.

2. Solid glucose crushing

Solid glucose can be used after being crushed, and glucose powder can be sprinkled sparsely on the soil in the flowerpot to make the plants grow more vigorously. Plants such as Monstera, Dieffenbachia, Chlorophytum, etc. can use glucose powder to replenish energy, but do not sprinkle too much at one time, otherwise it will easily cause the soil to become compacted.

Precautions for watering flowers with glucose

When watering flowers with glucose, it must be diluted. However, if the concentration is too high, it will adhere to the roots after entering the soil, preventing the roots from absorbing water and nutrients. In addition, if the soil where the plants are growing becomes compacted, glucose water should not be used for watering, otherwise it will aggravate the degree of soil compaction and affect plant growth.