The Textile Hygiene: How to Control the Washing Quality of Tunnel Washer System

At the 2024 Texcare International in Frankfurt, Germany, textile hygiene has become one of the core topics of attention. As a crucial process of the linen washing industry, the improvement of washing quality is inseparable from advanced technology and equipment. Tunnel washers play an especially important role in the process of linen washing. This article will deeply discuss the key designs, and functions of the tunnel washer system, and its impact on the laundry quality to help the linen laundry factories better choose and use tunnel washer systems.

The Core Designs?of Tunnel Washers

??Scientific and Reasonable Chamber Layout

The scientific and reasonable chamber layout, especially the design of the main wash and rinsing, is the foundation of good washing quality. The main wash chamber needs to ensure sufficient washing time to completely remove the stain. The rinsing chamber needs to ensure effective rinsing time to make sure residual detergent and stains are thoroughly rinsed off. By reasonably setting the chamber, the washing and rinsing process can be optimized and the washing quality will be good.

??Insulation Design

Temperature is one of the important factors that have an impact on the washing quality. The main wash chamber of the tunnel washer?adopts a full insulation design, ensuring a stable temperature during the washing process in spite of the outside influences. It can not only improve laundry efficiency but also ensure the stability of washing quality.

??Counter-current rinsing

The counter-current rinsing is another key design of the tunnel washer. By virtue of the counter-current rinsing circulation method outside the chamber, the water in the front chamber can not flow into the back chamber. It avoids cross-contamination and ensures the quality of rinsing. The design of the counter-current rinsing structure at the bottom of the double chamber brings this process to the extreme.

??The bottom transmission structure

The bottom transmission structure not only improves the washing efficiency but also ensures mechanical strength by virtue of the efficiency of the inner drum spinning (usually 10-11 times). Mechanical force is one of the main factors to remove stains, especially heavy and stubborn stains.

??Automatic lint filtration system

The highly automated “lint filtration system”?can efficiently filter cilia and impurities from the rinsed water, improving the cleanliness of the rinsed water. This not only saves energy consumption but also ensures the stability of the washing quality.

CLM Cleanliness design

As a leader in the industry, CLM?tunnel washers have many unique features in the cleanliness design:

●?Counter-current rinsing design

The real counter-current rinsing structure design is counter-current rinsing at the bottom of the double chamber. The water in the front chamber can not flow into the rear chamber, effectively ensuring the effect of rinsing.

●?Main wash chambers

There are 7 to 8 main wash chambers in the hotel tunnel washer. The main wash time can be controlled in 14 to 16 minutes. Longer main wash time effectively ensures the washing quality.

●?Unique patent

A circulating water filtration system design can effectively filter the cilia in the rinsing water, and improve the cleanliness of the rinsing water. It not only saves energy but also effectively ensures the washing quality.?

●?Thermal insulation design

There is thermal insulation for more chambers. All main wash chambers and neutralization chambers are equipped with a thermal insulation layer. During the main wash, the temperature difference between the front chamber and the final chamber can be controlled at 5 ~ 10 degrees, which greatly improves the speed of effective reaction and the effect of detergents.

●?Mechanical force design

The swing angle can reach 230 degrees, and it can effectively swing 11 times per minute.

●?Reuse water tank design

A tunnel washer is equipped with 3 reuse water tanks. There are separate alkaline tanks and acid tanks to store different types of recycled water. The rinsing water and neutralizing water can be used separately according to the washing process of different chambers, effectively improving the cleanliness of linen.

Conclusion

Tunnel washer system?plays an important role in the linen laundry industry. The key designs and functions of the tunnel washer have something to do with the washing quality, washing efficiency, and energy consumption. When choosing the tunnel washer systems, laundry factories should pay attention to the quality of the tunnel washer to improve the washing effects and meet the market requirements for high-quality laundry. In addition, constantly pursuing technological innovations and progress is also key for the linen laundry industry to keep moving forward