1. Adjustable and Economic. A jar of 15 kg liquefied gas (about 7.6 cubic meters)  can dry more than 200kg fabrics. Each kilogram of gas quite less than the electric heating type.

2. Drying Efficiency. Large diameter, large leaf blade design, special air duct structure, special bladder with larger hole density and unidirection and bidirection rotation shifting function would smooth the ventilation, improve the heat exchange efficiency, quickly absorb the heat into the bladder, and shorten the drying time. Compared with congeneric products, this type of product
time by 5-10 minutes.

3. Drying Efficiency. Fabrics after drying are fluffy, soft and of with good hand feelings.

4. Fuel Gas Elements. Adopting composite metal net infrared ray burner, the machine can make the fuel fully burned and the dried clothes’ color unchanged.

5. Security of the Fuel Gas. Adopting the temperature controlling system, automatic lighting system, flame testing system, flameout protection and alarming system and the indoor extractor fan linkage system to ensure the security.

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1.High power Heater. The Steam-heater is made up of stainless steel and is endurable.

2. High power draught fan matching high power heater.

3. Computer controller is personally tailored by Pump, a famous brand.

4. Drawer type plush collector.

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1. Heat recycling and reusing system reduces the time needed in drying, which improves the working efficiency and decreased power consumption thus saving the cost.

2. The scattered heat can be collected to reduce the energy consumption, discharge volume, steam energy consumption and alongside cut the costs.

3. This design effectively saved the floor areas of the workshop.

4. Effectively reduced the temperature environment of the workers gets improved. Currently, the commonly used laundry drier consumes a large amount of steam and the scattered steam rate exceeds 40%. This not only wastes energy sources but also makes the temperature in the workshop too high for the worker to operate. Moreover, the
costs.
achieved breakthrough. The heat collection and
steam to improve the traditional design, which greatly
Meanwhile, the temperature of the workshop gets decreased making it more comfortable for working.

1. Tilting designing will make it more convenient for you to load and unload washing clothes.

2. Heat recycling and reusing system reduces the time needed in drying, which improves the working efficiency and decrease power consumption thus saving the cost.

3. The scattered heat can be collected to reduce the energy consumption, discharge capacity, steam energy consumption and alongside decrease the environment temperature.

4. This design effectively saved the floor areas of the workshop.

5. Effectively reduced the temperature in the workshop and the working environment of the workers gets improved.

6. The heat collection and recycling system with its unique designs effectively reuses the scattered steam to improve the traditional design, which greatly increase the energy consumption coefficient.
7. The bottom is slantly designed to make it more convenient for operation and can improve the efficiency. Due to the possibility of inclination, in order to ensure the security, the bolts at the bottom are strongly connected with the ground foundation. Moreover, the ground foundation should be reinforced.

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