How are the special holes in the ceramic soleplate electric professional commercial steam iron designed?

The special structural hole design of the electric professional commercial steam iron with a ceramic soleplate is one of its key functions, which plays a vital role in ensuring the smooth ironing process and the protection of clothes. Below we will discuss the principles and characteristics of this design in detail.

Design background and purpose
During the process of ironing clothes, if the bottom hole design of the iron is unreasonable, it is likely to cause water droplets to drip directly onto the clothes, causing the clothes to be wet or stained, thereby affecting the ironing effect and the appearance of the clothes. Therefore, the special structural hole design of the electric professional commercial steam iron with a ceramic soleplate is designed to solve this problem, ensuring the uniform release of water vapor during ironing while avoiding the dripping of water droplets.

Principle of hole design
The hole design of the electric professional commercial steam iron with a ceramic soleplate is based on the principles of physics. By precisely controlling the size, shape and distribution of the holes, the uniform release of water vapor and the prevention of water droplets from dripping are achieved. Specifically, these holes are under the action of the heating element. When the water inside the iron is heated to a sufficiently high temperature, the water will quickly evaporate in the holes to form water vapor and be discharged through the holes.

Characteristics of hole design
1. Size and shape: The size and shape of the hole are carefully designed according to the actual use needs. Generally speaking, the size of the hole should be moderate, which can ensure the smooth discharge of water vapor and prevent the dripping of water droplets. At the same time, the shape of the hole should also take into account the uniformity and stability of the water flow.
2. Distribution and quantity: The distribution and number of holes are also determined according to the use area and power of the iron. Generally speaking, the holes will be evenly distributed at the bottom of the iron to ensure the uniform release of water vapor. At the same time, the number of holes should also be determined according to the power and use needs of the iron to ensure the ironing effect and prevent the dripping of water droplets.
3. Material and process: The material and process of the hole are also important factors affecting its performance. Generally speaking, the hole will be made of high temperature resistant and corrosion resistant materials to ensure that it will not be deformed or damaged during use. At the same time, the process should also be finely processed to ensure the flatness and smoothness of the hole to avoid damage to the clothes during use.