STENTER

1. Product Environmental Protection: Using green energy sources such as natural gas or liquefied gas for heating.
2. Energy saving: By adopting direct combustion technology, the thermal efficiency is increased to over 90%. Steam is involved in the heating process throughout the shaping process, and the amount of water added can be adjusted according to the needs of different shaping fabrics. As much steam as needed, it can be produced, and no large amount of steam is discharged after shaping. Unlike traditional steam molding machines, which fill the entire tank with steam during molding and use steam pressure to achieve molding temperature, the steam is directly discharged after molding, resulting in a large amount of energy waste.
3. Small footprint: This shaping machine integrates shaping and drying. After the molding is completed, the vacuum pump is automatically started to dry the air inside the molding machine, forming a vacuum to accelerate the evaporation of water inside the molding machine. The fabric is already dry after it comes out, and there is no need to configure another drying room to dry the fabric, which saves space and time.
4. Wide range of shapable fabrics: textiles such as shapable stockings, nylon socks, cotton socks, gloves, etc.
5. Easy to operate: With one click temperature adjustment, it can freely switch between the setting temperatures of various materials of fabrics.
6. High flatness of shaping products: The direct combustion shaping machine heats socks directly with high-temperature steam generated by the combustion machine. Due to the ability of steam to transfer heat far greater than air, the heating conditions in every corner of the shaping chamber are basically consistent. Avoiding the uneven heating caused by hot air heating the socks in the electric heating and shaping machine, the entire heating process has moisture participating in the shaping. The fabric after shaping has good flatness, firmness, and softness, and the shaping effect is comparable to that of a steam shaping machine.
7. Adopting new technology: adopting patented technologies such as independently developed heating and circulating air, each corner of the internal shaping chamber of the shaping machine is uniformly heated by hot air, achieving no heating dead corners and ensuring the uniformity and stability of the shaping quality of the fabric.
8. Safer work: This shaping machine does not need to be pressurized inside the shaping machine during the shaping process. The entire shaping process works under normal pressure, and even if the door is opened during the shaping process, there are no unsafe consequences. There is no need for employees who have undergone specialized training and hold special equipment operation certificates to operate the pressure shaping machine, and the inconvenience of pressure tank inspection by the quality supervision department every year is also avoided. Moreover, without the presence of pressure, there is no emission of high-pressure gas, which reduces the energy consumption of the system. (The generation of high-pressure gas requires energy consumption)
9. The cost of shaping each pair of socks is 0.3-0.4 points.