In recent years, with the continuous improvement of people's requirements for quality of life, the demand for footwear products is also increasing. In order to meet the market demand, shoe factories continue to improve production efficiency, but in the process, we also face some problems. One of them is the aging and inadequacy of humidity control equipment in the finished product warehouse of the shoe factory.
The finished product warehouse is the last link in the production line of the shoe factory, and it is also one of the most important links. Here, the finished product needs to be stored for a period of time to ensure a stable quality and appearance. However, due to the aging and inadequacy of humidity control equipment, the humidity of the finished product warehouse cannot be effectively controlled, resulting in the finished product being prone to moisture and mildew, which affects the product quality.
In order to solve this problem, the shoe factory decided to replace the humidity control equipment in the finished product warehouse. The new equipment will use advanced humidity control technology, which will be able to accurately control the humidity in the finished product warehouse to ensure the quality and appearance of the finished product.
The background of this replacement equipment is the great importance that the shoe factory attaches to the quality of its products. As a professional manufacturer of footwear products, we always adhere to the quality as the guide, to meet the needs of consumers as the goal. However, the aging humidity control equipment has caused us a certain amount of trouble, which not only increases the risk of product quality, but also increases the production cost.
In addition, with the intensification of market competition, consumers have higher and higher requirements for product quality. They focus not only on the appearance and comfort of the product, but also on the durability and quality assurance of the product. Therefore, shoe factories must take measures to improve the quality of their products in order to remain competitive.
By replacing the humidity control equipment in the finished product warehouse, the shoe factory will be able to better control the humidity of the finished product and ensure the stability of product quality. The precise control function of the new equipment will effectively prevent moisture and mold in the finished product, thereby reducing the risk of product quality. At the same time, the advanced technology of the new equipment will also improve production efficiency, reduce production costs, and bring greater competitive advantages to shoe factories.
In conclusion, the replacement of humidity control equipment in the finished product warehouse of the shoe factory is an important measure to improve product quality and meet consumer demand. By introducing advanced humidity control technology, shoe factories will be able to better control the humidity of finished products and ensure consistent product quality. This not only helps to improve the competitiveness of shoe factories, but also to meet the high demands of consumers for product quality. The shoe factory will continue to focus on improving the quality of products and providing consumers with better footwear products.
Industrial Dehumidifier Selection Table:
HJ-838H Dehumidification capacity: 38Kg/day, applicable area: 30~50 square meters(room height: 2.6-3m)
HJ-858H Dehumidification capacity: 58Kg/day, applicable area: 40~70 square meters (room height: 2.6-3m)
HJ-890H Dehumidification capacity: 90Kg/day, applicable area: 80~110 square meters(room height: 2.6-3m)
HJ-8120H Dehumidification capacity: 120Kg/day, applicable area: 100~120 square meters (room height: 2.6-3m)
HJ-8138H Dehumidification capacity: 138Kg/day, applicable area: 120~150 square meters(room height: 2.6-3m)
HJ-8150H Dehumidification capacity: 150Kg/day, applicable area: 150~180 square meters(room height: 2.6-3m)
HJ-8168H Dehumidification capacity: 7kg/h Applicable area: 200~250 square meters (room height: 2.6-3m)
HJ-8192H Dehumidification capacity: 8.8kg/h, applicable area: 200~300 square meters (room height: 2.6-3m)
HJ-8240H Dehumidification capacity: 10kg/hour, applicable area: 300~400 square meters (room height: 2.6-3m)
HJ-8360H Dehumidification capacity: 15kg/hour, applicable area: 400~500 square meters(room height: 2.6-3m)
HJ-8480H Dehumidification capacity: 20kg/h, applicable area: 500~600 square meters (room height: 2.6-3m)
HJ-8600H Dehumidification capacity: 25kg/h Applicable area: 600~700 square meters (room height: 2.6-3m)
HJ-8720H Dehumidification capacity: 30kg/h Applicable area: 700~800 square meters (room height: 2.6-3m)
The selection of dehumidification capacity and model of dehumidifier is mainly calculated scientifically according to the volume of the use of environmental space, the size of fresh air volume, and the humidity requirements required by the space environment. In addition, it should be noted that the relative humidity of the environment is related to the temperature of the environment, the higher the temperature, the faster the humidity evaporates, and the worse the effect, so when configuring the dehumidifier, you need to select the type under the guidance of professionals, so as to choose the most suitable dehumidifier for you!
除湿量计算公式：W=V*P*(X2-X1)/1000*1.2( kg/h)【W=所需除湿量(kg/h)、 P=空气密度(kg/m3)1.2、V=场所体积、X2=除湿前空气含湿量、X1=除湿后空气含湿量、1.2=安全系数(损耗)】。