Oblique coil spring is an elastic component commonly used in mechanical manufacturing, and its radial compression force is one of its most basic mechanical properties.

1. Customizable height: The height of the oblique coil spring can be customized according to needs, which can meet the needs of different applications.

2. Strong load capacity: The design of the oblique coil spring enables it to have high load capacity and can withstand heavy items.

3. Excellent shock-absorbing effect: The design of the oblique coil spring gives it excellent shock-absorbing effect, which can absorb impacts during movement or vibration, avoiding damage to items.

4. Long service life: The material and manufacturing process of the oblique coil spring provide it with a longer service life and can withstand long-term use and load.

The following are the basic methods and steps for detecting the radial compression force of oblique coil springs:

1. Preparation work: Firstly, it is necessary to prepare the oblique coil spring and corresponding measuring instruments to be tested. The selection of measuring instruments should be determined based on the size and compression range of the spring, usually using equipment such as tensile testing machines, universal testing machines, and spring compression testing machines.

2. Spring installation: Fix the oblique coil spring to be tested on the fixture of the testing machine, and pay attention to the correct installation direction and position of the spring to avoid eccentricity and other situations.

3. Application of compression force: Use a testing machine to apply a certain radial compression force, control the compression speed and compression frequency, usually by gradually increasing the force value until the predetermined compression force range is reached.

4. Record data: During the process of applying compression force, the deformation and compression force value of the spring are recorded in real-time, and can be measured through instruments such as displacement sensors and force sensors.

5. Statistical analysis: Conduct statistical analysis on recorded data to calculate parameters such as radial compression force, elastic modulus, and deformation of the spring, in order to evaluate the performance and quality of the spring.

The detection of radial compression force of oblique coil springs is a very important work in spring manufacturing and application. Through scientific and accurate detection methods, it can ensure that the performance of the spring meets the requirements and improve the reliability and safety of the product.