Application of Dehumidifier in Garments Packaging Room
Humidity is a concern in many situations, but none more so than when textiles are being processed. If done incorrectly, it can halt production, damage machines, and endanger workers. If you get it correctly, you can raise product weights, quality, and machine speeds.
Textiles in general are hygroscopic. That is, based on the relative humidity of the ambient air, they collect or emit moisture. If the air is dryer than the textile’s equilibrium relative humidity, the textile will release moisture into the atmosphere.
If the air is excessively humid, the moisture level of the material will rise.As a result, clothing producers and shippers will need to spend in high dehumidifiers. While progressing to the forefront of the global textile sector, Bangladesh is increasingly adopting smart technologies, such as the usage of an industrial dehumidifier.
Importance of Dehumidifier in Garments Packaging Room
Garments product collect and discharge moisture based on the relative humidity of the ambient air. As a result, if the environment is dryer than the textile’s equilibrium relative humidity, the textile will lose moisture to the ambient air. Extremely humid air, on the other hand, helps the material to absorb more moisture.
The moisture gain-loss procedure is unavoidable since it continues during the whole life cycle of the clothing, from the manufacturing process to the ultimate usage by the user.Textiles with the necessary qualities may be made using dehumidified air.
When air is appropriately dehumidified, for example, the growth of fungus, mold, mildew, and foul smells is reduced to a manageable level. Likewise, storing textiles in a humidity-controlled environment avoids garment damage.
Advantages of Dehumidifier in Garments Packing Room
Textile qualities such as tensile strength, flexibility, fiber diameter, and resistance are all affected by changes in moisture concentration. A decrease in a textile’s optimum relative humidity might make it weaker, narrower, less stretchy, and hence more fragile. It will also be riddled with flaws.
This loss of moisture to the environment is reduced by preserving air humidity while processing the fibers.Moisture loss while processing cannot be completely avoided since the act of processing raises the temperature of the material, making it drier.
The material, on the other hand, undergoes “recovery” when the humidity of the air surrounding the textile is increased immediately after processing.Moisture is reabsorbed by the textile, which improves the fabric’s quality and function.
Another benefit of using dehumidifier in garments packaging room is that airborne particulates are reduced. Airborne lint, dust, and flies are more likely to precipitate out of the atmosphere when the humidity is higher.
In addition, if cold water humidification system is utilized, the evaporation of the water into the air provides an adiabatic cooling effect, which can lower ambient temperatures by 2-6 degrees Celsius. These extra benefits of employing dehumidifier result in a healthier, less polluting, and more enjoyable working environment for employees, as well as a more productive workforce.
Why Use Dehumidifier in Garments Packing Room?
Garments collect and release moisture based on the relative humidity of the surrounding air. As a result, if the environment is dryer than the textile’s equilibrium relative humidity, the textile will lose moisture to the surrounding air. Extremely humid air, on the other hand, helps the material to absorb more moisture.
The moisture gain-loss process is unavoidable since it continues during the whole life cycle of the clothing, from the manufacturing process to the ultimate usage by the user. Humidity variations have a direct impact on a textile’s characteristics. The following are the most often impacted properties:
The resultant textile may be thinner, less flexible, and brittle if the relative humidity of the surrounding falls exceeds the necessary optimum. This will only result in a fragile fabric.The weight of the clothing decreases when the relative humidity is low.
Textile yarns are sold in weight increments. The corporation loses money when it loses weight because it needs to work harder to manufacture more cloth.The quality of a textile is affected by changes in moisture levels.
When the humidity level drops, the cloth becomes brittle. As a consequence, the textile is more prone to break when weaving, leading in a weak fabric. High moisture content, on the other hand, leads materials like cotton to tighten up, making weaving difficult.
Hence, as a result, it is important to maintain an optimum level of humidity by using dehumidifier in the garments packing room in order to maintain the fabric quality.
Dehumidification’s main purpose is to maintain the proper relative humidity for your material. The procedure begins with your textiles being placed in a dry chamber, which has been dehumidified. The relative humidity level should be 35-50% and the temperature should be somewhat greater than the surrounding temperature.
This permits the product’s moisture content to escape. Around 4 and 5 hours should be spent in the dehumidified room with the fabrics.In the same way, the packing room should have a relative humidity of 35% and be at room temperature.
Textiles with the necessary qualities may be made using dehumidified air. When air is appropriately dehumidified, for example, the growth of fungus, mold, mildew, and foul smells is reduced to a manageable level. Likewise, storing textiles in a moisture-controlled environment avoids garment damage.
For further information on the application of dehumidifier in garments packing room, feel free to contact to our expert.