During the flowering and seedling stage, the primary goal is to encourage early flowering, increase flower density, and enhance fruit set. This phase is crucial for maximizing yield potential, and managing it properly can prevent calyx drop, which could otherwise reduce productivity. Effective management involves balancing growth control with nutrient conservation, especially in high-yield fields. It's important to avoid premature closure of rows or ridges, which can hinder air circulation and light penetration. By the end of the flowering period, the soybean plant should have achieved its maximum leaf area to support photosynthesis and nutrient uptake.
To achieve this, continued weeding before mulching is essential. Watering should be done according to the needs of the plants, and weak seedlings should receive additional fertilizer during the early flowering stage. However, over-fertilizing can lead to leggy growth, so careful application is necessary. Phosphorus fertilizer plays a key role in this stage, as it supports flower development and root health. At this time, the leaf area of the soybean plant is at its peak, and water demand is also at its highest. If leaves appear wilted during midday, timely irrigation is critical—otherwise, flower drop may occur, reducing overall yield.
At the end of the flowering period, pinching off the top (about 6 cm from the tip) can help prevent lodging and redirect nutrients toward grain development. However, this practice is not recommended for soybean varieties with limited branching or for those grown in low-fertility soils, as it may negatively impact their growth.
Moving into the grain filling stage, this is when the plant accumulates the most dry matter, making it a critical period for grain development. The main objectives here are to promote nutrient transfer to the grains, ensure full grain development, and accelerate maturity. Water shortages during this time can lead to fewer pods, increased pod abortion, and reduced 100-seed weight. In cases of drought, timely irrigation is essential. Additionally, using water-based techniques like "tapping" has proven effective in improving both yield and quality. Proper management during this phase ensures that the soybeans reach their full potential in terms of size, weight, and nutritional value.
Far infrared + PEMF + red light + crystal matrix + graphene, reconstructing the healthy ecology of the waist
1. Far infrared therapy layer, relieves muscle stiffness and strain.
2. PEMF (transcranial magnetic stimulation) pulse wave
3. Red light band
4. Natural crystal matrix
5. Graphene heating film
6. Safety advantage: no open flame design, IPX7 waterproof, suitable for yoga, office, sleep and other scenes.
7. Quick relief: 15 minutes to relieve long-term low back pain, suitable for office, driving, and fitness before and after first aid
8. Deep repair: PEMF + red light promotes the regeneration of lumbar disc chondrocytes and improves bulging/strain
9 Applicable people
Office sedentary people (≥8 hours a day)
Sports enthusiasts (lumbar muscle repair after yoga/fitness)
Patients with mild lumbar disc herniation (auxiliary treatment)
Postpartum mothers (pelvic floor muscle repair + waist warming)
People who stay up late for a long time and have low immunity (enhance local energy field)
Choose a product that suits you and make your life better.
Far infrared belt，Graphene knee pads，pemf belt
Guangzhou Fuerle Health Technology Co., Ltd , https://www.fuerlegroup.com