Why Are Drainage Holes Important?

Plants require water to grow. Water is essential for plant growth and survival. Without it, plants would not survive long enough to reproduce or even get established at all! A lack of water can cause a variety of problems for your garden including but not limited to wilting, root rot, insect infestation, and death. Plants are very sensitive creatures and will die if they do not receive sufficient amounts of moisture.

So why do some plants need drainage holes while others do not?

Drainage holes allow water to flow through the soil and into the pot. They prevent the roots from drying out, which can lead to disease and other problems. If you have ever tried growing tomatoes or any type of fruit tree, you probably know that these types of fruits are prone to dry up if left too long without water. When the fruit is dried out, it becomes brittle and falls off the tree. On top of that, when a plant gets dry, its leaves start turning yellow and fall off leaving behind a bare spot where there was once green foliage. Drip irrigation systems provide water to plants in small droplets so they can keep their roots hydrated. However, drip irrigation systems do not always give enough water to plants because sometimes they may run out before they reach full capacity.

On the other hand, some plants such as cacti and succulents do not need drainage holes. These types of plants do not need a lot of water. Most succulents can go for weeks without any water at all and they’re fine.

These plants can actually drown if kept in standing water. They do not have a lot of root systems either so they can’t soak up extra moisture like other plants can. Most succulents and cacti live in dry, warm regions that have little rainfall. In fact, too much water is bad for these types of plants because it can cause root rot and mold. Even though you may think that drainage holes would be useful in these circumstances, these plants do not require them. If you were to give succulents too much water, it could cause bacterial or fungal growth in the soil which would eventually work its way into the plant itself and become detrimental.

No matter what type of plants you are growing, drainage holes can be very beneficial to their health. They promote air circulation and keep roots from rotting due to waterlogged soil. At the same time, not every plant needs a drainage hole.

You just need to assess your particular situation and apply accordingly.

What To Use For Draining Holes In Pots?

We have many uses of drainage holes in our life other than in pots. They can also be seen in trays, ice cube trays, bottle caps, and many other places where you need or want to drain water.

Have you ever thought about how these are made and what material they are exactly?

If you have then you are not the only one because we were thinking the same thing. So, to satisfy our own curiosity we decided to find out how these drainage holes are made and what materials are used to create them so we could share this knowledge with our readers!

There are a few different types of drainage holes, but they all work on the same concept of allowing water to flow through them. While these holes can be seen in a variety of materials, the most common type is seen in plastic.

So how are these drainage holes made and what material are they made from?

The manufacturing process is pretty simple:

1. A plastic sheet is fed into the machine.

2. The plastic is then warmed up so it can be molded into different shapes.

3. Small holes are punched out in the sheet, which will be the drainage holes.

4. The plastic is then cooled down so it can be taken out of the machine.

After this point, the drainage holes can be used in a variety of ways such as being added to bottle caps or trays, however they are most commonly seen in pots where they can be used to help improve the health of the plant that is inside.

Sources & references used in this article:

Can urban tree roots improve infiltration through compacted subsoils for stormwater management? by J Bartens, SD Day, JR Harris, JE Dove… – Journal of …, 2008 – Wiley Online Library

Container with raised indentations for aeration and drainage by GL Staby – US Patent 4,173,097, 1979 – Google Patents

Plant pot drain by R Shaw – US Patent 4,571,883, 1986 – Google Patents

Vessel for supporting and automatically providing liquid to vegetation by HL Sukert – US Patent 4,198,784, 1980 – Google Patents

Water collection and drainage system for masonry block walls by LC Pardue Jr – US Patent 4,910,931, 1990 – Google Patents

Trim job by BE Daw – US Patent 5,971,201, 1999 – Google Patents

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