Importance and application of anti-slip design of aluminum folding stretcher

In the field of medical emergency and outdoor rescue, aluminum folding stretchers are favored for their lightness, sturdiness and easy-to-carry characteristics. However, during transportation, the safety of the patient is always the primary consideration. In order to ensure the stability and safety of the patient or the injured on the stretcher, it is particularly important to add an anti-slip design to the aluminum folding stretcher.

1. Necessity of anti-slip design
During emergency rescue and transportation, patients or injured people are often in a state of weakness or loss of mobility. At this time, their adaptability to the external environment is poor, and their sensitivity to sliding is also increased accordingly. Therefore, the anti-slip performance of the stretcher surface is crucial to ensure their safety.

Anti-slip design can effectively increase the friction between the stretcher and the patient or injured body, and reduce accidental injuries caused by sliding. This design can not only improve the comfort of the patient, but also reduce the difficulty of operation of the rescuers and improve work efficiency.

2. Implementation of anti-slip design
Adding anti-slip design to aluminum folding stretchers can be achieved in many ways. Among them, anti-slip texture and anti-slip tape are two common and effective solutions.

Anti-slip texture
Anti-slip texture is achieved by engraving or embossing a specific texture pattern on the surface of the stretcher to increase the surface roughness. This design can increase the friction between the patient or injured person's body and the stretcher to prevent sliding during transportation. The pattern of the anti-slip texture can be customized as needed to meet the needs of different patients.

Anti-slip tape
Anti-slip tape is a special material added to the surface of the stretcher, usually made of a material with a high coefficient of friction. This material can fit the patient or injured person's body tightly and provide additional friction. The anti-slip tape can be fixed at key positions of the stretcher, such as the head, waist and legs, to ensure the stability and safety of the patient throughout the transportation process.

3. The actual application effect of the anti-slip design
Through its application in actual rescue, the anti-slip design has shown significant effects on the aluminum folding stretcher. The sliding phenomenon of patients or injured on the stretcher has been significantly reduced, and their safety has been better guaranteed. At the same time, rescuers have become more relaxed and confident when operating the stretcher, improving the overall rescue efficiency.

Adding an anti-slip design to the aluminum folding stretcher is an important measure to ensure the safety of patients or injured during transportation. By adopting anti-slip textures and anti-slip belts, the friction between the stretcher and the patient or injured person can be effectively increased to prevent sliding. This design not only improves the comfort of the patient, but also reduces the difficulty of operation for rescuers, which is of great significance to improving the overall rescue efficiency.