Types of springs are used to store mechanical energy in various industries such as automotive, home appliances, mechanical and industrial tools and machinery. Since all of these parts are tools for storing mechanical energy, this tool is also used in these industries. In general, this part or spring is called a body that has an elastic or resilient state and when you apply pressure to it, it will be compressed and after releasing in the opposite direction, this part will release the received energy and return to its original state.

In fact, this is a general definition of a spring that includes types of springs. You can follow us until the end of the article to study more carefully the types of springs and their applications and how they work and read this article carefully. In this article, we intend to introduce the types of springs and their various applications, the most important application, the principles of using this part and other topics related to these parts. So, if you have any questions about any of these topics, you should read this article carefully.

Types of springs and their various applications
As we mentioned, this is an elastic and resilient body part that stores mechanical energy. However, the types of springs are made up of parts that differ based on their material, state of matter, rate of change of state, shape, application, and method of making springs. Each of these parts is used in different industries with its unique characteristics.

Types of spring materials
These parts are made of different materials, but in general, steel and non-steel springs are considered two categories of spring materials. A steel spring is a type of spring that is made of an alloy of manganese, chromium, and silicon. A non-steel spring is also a part that is made of plastic, oil, gas, and pneumatic materials, which will be used generally in the furniture and bed industries.

Material state of different types of springs
A pneumatic or air spring is a component that has an elastic chamber filled with low-pressure air, which will be used in the suspension system of urban and intercity trains. Hydraulic or oil springs are components that have an oil chamber and are used to absorb vibrations in various types of vehicles. Mechanical springs are also one of the most widely used components that store their energy when pressure is applied to this type of component, and then after releasing the pressure, this component releases energy.

Changing the state of the spring
It is better to know that the types of springs also differ based on the amount of change in their state and are composed of different types. Linear springs include components that, with increasing force, will show linear behavior when deformed and will discharge their energy in this way. Softening springs are types of parts that, when the force is increased during deformation, will exhibit nonlinear behavior, that is, small and large changes in length.

Stiffening springs are also referred to as types of parts that, when the force is increased and then during deformation, will exhibit the opposite behavior of the applied force, which means low force with large changes and high force with small changes.

How to make types of springs
Types of springs also differ from each other during construction and are made of different parts. Torsion and spiral springs are two examples of types of springs that are different in how they are made.

Torsion springs are a type of spring that has a metal wire or rod that can be twisted around itself to create torque. In fact, when force is applied to these types of parts, the energy from the torque will be created in the torsion spring. It is better to know that torsion springs are one of the types of parts used in household appliances and automotive equipment.

Spiral springs are also called a type of part that has a spiral shape and is made of wire. Spiral springs have different materials, thicknesses, and the number of rings, and all of these things vary depending on the type of application and the amount of tension applied to them. Spiral springs themselves are divided into two categories: compression and tension.

Shape and application of types of springs
The different types of springs include tension, ring, compression, washer, belt, horn, circular, and shaped springs.

Tension spring: Tension springs are parts whose rings are connected to each other and only by pulling them, a gap can be created between the rings. By pulling the tension springs, energy is stored in them and then by releasing it, energy is also released. Tension springs will be attached to the desired location with two hooks on both sides, and this type of parts will be used in car wipers and car doors.
Ring springs: This is a type of part that is ring-shaped and its applications include the construction industry, design and manufacturing of tools and fittings.
Compression springs: One type of spring is a compression spring, which has a gap between the spiral rings, and when pressure is applied to this part, the spring will contract and store a type of energy. The pressure tolerance of this type of part is very high, and for this reason it is used in the automotive industry to make car shock absorbers.
Washer Springs: These are a type of component that will hold parts such as bolts and nuts and have a conical shape with a hole in the center. It is true that washer springs are unstable, but when a fast-acting mechanism is needed, washer springs can be used. The most important applications of washer springs are bolts and nuts and the placement of parallel springs.
Belt Springs: B