MySheen

What if the sword is broken?

Published: 2024-11-24 Author: mysheen
Last Updated: 2024/11/24, Butterfly orchid sword can be reconnected after it is broken, foil can also grow normally, but the channel for transporting nutrients becomes narrower after it is connected, foil grows slowly, flowers are not flourishing enough, and broken foil can be cut off directly. After normal maintenance, it can grow normally.

After the butterfly orchid sword is broken, it can be reattached, and the foil can also grow normally, but the channel for conveying nutrients becomes narrower, the foil grows slowly, the flower is not luxuriant enough, and the broken foil can be cut off directly. after normal maintenance, foil can grow back.

The butterfly orchid sword is broken.

1. Reconnect

Phalaenopsis in the growth process of foil broken, you can use rope or tape to reconnect Phalaenopsis's foil, so that Phalaenopsis's foil can still grow normally and bloom, but because the channel for transporting nutrients becomes narrower, foil grows slowly, and flowering is not luxuriant enough.

2. Cut it directly

After the Phalaenopsis flower sword is broken, it can be cut directly, which will not affect the normal growth of Phalaenopsis plants, and after careful maintenance, it can grow foil and bloom again, which will make the flowers of Phalaenopsis more colorful and luxuriant.

3. Proper watering

Phalaenopsis needs proper watering in the maintenance process, but it should not be watered too much. General plants need to keep the soil moist, but Phalaenopsis can grow normally when the soil is dry, but too moist soil will affect its growth, so the watering frequency should not be too high.

4. Appropriate fertilization

Phalaenopsis in the conservation process needs a lot of fertilizer to maintain its own growth, in its long foil need to supplement appropriate amount of potash and phosphate fertilizer to promote the development and growth of foil. Note that the foil reattached after breaking should not be fertilized too much in the process of growth, so as not to cause fertilizer damage.

 
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