Difference Between Natural Fiber and Synthetic Fiber
Table of Contents
Main Difference
The main difference between Natural Fiber and Synthetic Fiber is that Natural Fiber is made up of plants and animals, whereas Synthetic Fiber is made up of chemical constituents.
Natural Fiber vs. Synthetic Fiber
Natural fibers are defined as the fibers that are originated from nature, whereas synthetic fibers are defined as fibers that are originated from chemical compounds. Natural fibers have a natural color. On the flip side, an adequate amount of proper color is added in a color bath to color the synthetic fibers.
Natural fibers are made by a process in which spinneret is not necessary during the spinning process. On the other hand, the spinneret is necessary during the spinning process for the production of filament in synthetic fibers. Natural fibers are less durable, whereas synthetic fibers are more long-lasting as compared to natural fibers.
Natural fibers are made from natural ways, so there are chances that dust or impurities can be found. Conversely, there are no chances of having dirt or any impurity in synthetic fibers as they are manufactured by artificial methods. The length of natural fiber cannot be controlled, whereas the length of synthetic fiber can be controlled.
The number of molecules in natural fibers is unlimited, whereas the number of molecules in synthetic fibers is limited. The number of molecules in natural fiber is controlled by nature. Conversely, the number of molecules in synthetic fiber is controlled by man.
Natural fibers are good for health, and a person is comfortable with them. In contrast, synthetic fibers are neither comfortable nor good for health. Natural fibers are expensive, whereas synthetic fibers are not expensive. The natural fiber is hygienic, while some synthetic fibers are not hygienic.
Comparison Chart
Natural Fiber | Synthetic Fiber |
The fiber obtained from nature is called natural fiber. | The fiber made from the artificial or regenerating system is called synthetic fiber. |
No. of Molecules | |
Unlimited | Limited |
Length | |
Cannot be controlled | Can be controlled |
Spinneret | |
No need during the spinning process | Needed during the spinning process |
Durability | |
Less durable | More durable |
Cost | |
More expensive | Less expensive |
Depending on Nature | |
Depends | Does not depend |
Growth | |
Cannot grow everywhere | Can grow everywhere |
For Finishing | |
Not favorable | Favorable |
Generation of Electricity | |
Cannot generate static electricity | Can generate static electricity |
Dust and Impurities | |
Can be found | Cannot be found |
Hygiene | |
Hygienic | Some are not hygienic |
Examples | |
Linen, silk, cotton, leather, etc | Polyester, rayon, acrylic, microfibers, etc |
What is Natural Fiber?
The fiber that is made from nature, i.e., from plants or animals, are called natural fibers. Natural fibers are synthesized by collecting the natural and raw materials firstly, then dividing them into threads and finally knitting them to get the natural fabric. The length of natural fiber is uncontrolled and decided by nature.
Two types of natural fibers are turned into natural fabrics. One is an animal-based natural fiber, which is collected from an animal, i.e., wool is collected from sheep, and silk is collected from silkworms. The other one is a plant-based natural fiber, which is collected from plants, i.e., cotton and jute.
Advantages
The first and foremost advantage of natural fiber is that it is environmentally friendly. The rate of absorbance of natural fibers is very high, and they tend to absorb water fast. Natural fibers have their best usage in stuff like towels, bed covers, and sheets, etc. due to their high tendency of absorbing water effectively.
Natural fibers are made naturally, and cellulose is present in them. Therefore, they are durable enough but less than synthetic fibers in durability.
Examples
- Linen: The oldest fabric till now is linen. Linen is derived from flax plants.
- Silk: Silk is made from silkworms. Silk has a mesmerizing texture and is very strong and non-allergenic.
- Cotton: The most comfortable fabric is cotton made from cotton plants. Cotton is very soft, durable, and comfortable to use.
- Leather: Leather is made from animal skin, having high tensile strength and resistance to tear.
What is Synthetic Fiber?
The fibers that are made from synthetic or artificial materials through chemical processes are called synthetic fibers. Synthetic fibers are manufactured by using spinneret during the spinning process. Synthetic fibers are less expensive as compared to natural fibers and are the best alternative for natural fibers.
Synthetic fibers are not dependent on nature and can grow everywhere. No natural crimp is present in synthetic fibers; instead, extra crimps have to be inserted on it. The strength of the synthetic fiber is more as compared to natural fibers. Synthetic fibers are difficult to dye.
Synthetic fibers are more durable as compared to natural fibers, and their production does not require bleaching or scourging. Most of the synthetic fibers are hygienic without any dust particle or impurity present in it.
Advantages
The first and foremost advantage of synthetic fibers is they are much cheaper than natural fibers. They are stain-resistant and water-resistant as well. They are durable and have high tensile strength. Synthetic fibers can generate static electricity, and they can grow everywhere.
Examples
- Polyester: Polyester is synthesized from coal and petroleum. It is not breathable at all.
- Rayon: Rayon is made from semi-synthetic fibers, which can be used as a replacement for silk and wool.
- Acrylic: The fiber that is made from acrylonitrile polymers is called acrylic. Acrylic is well known for having the best retention properties used to make artificial fur.
- Microfibers: The synthetic fibers generally made up of polyesters are called microfibers.
Key Differences
Conclusion
Natural fibers are obtained from natural sources like plants and animals, whereas synthetic fibers are obtained from artificial and human-made sources from chemical components.
ncG1vNJzZmivp6x7pbXFn5yrnZ6Ysm%2FDyKSgaKaRqcKzrctmnaKalad6t7%2BMrLCnrJiawaqvjJ%2Bgm52iZA%3D%3D