Steam Type Yankee Hood Steel Customized Cylinder Paper Machine

Steam Type Yankee Hood Made Of Weathering Steel With Good Performance

Yankee hood and ventilation system are specially designed for high-speed toilet paper machine or special paper machine. The air supply working temperature of the hood can be adjusted, and its actual air supply temperature and air volume must be adjusted according to the operating parameters of the paper machine. All water vapor evaporated from the Yankee cylinder is taken away by the exhaust device, and the exhaust air is discharged into the atmosphere after heat recovery and countercurrent heat exchange with fresh air, and then cooled by secondary air and water heat recovery.

Product features

Maximum working speed: 2200m/min;

Heat medium type: steam type, electric auxiliary heat type, fuel air type;

According to the different heat source of Yankee hood ventilation system, the maximum air temperature can be up to 500℃, the maximum airflow speed can reach 160m/s.

Functions

The application of Yankee hood and ventilation system can greatly improve the drying rate of large cylinder, greatly increase the output of paper machine and reduce the energy consumption per ton of paper.

Advantages

The company team has participated in the design of nearly 100 sets of Yankee hoods and ventilation systems of toilet paper machines. Having rich experience in project design, the company team can solve various difficult problems in the ventilation system of toilet paper machines for customers.

Application

It is designed for high speed toilet paper machine or special paper machine.

Working principle

Using contact drying and convection drying principle, the high temperature and high speed hot air vertically blowing to the paper, making fast convection heat transfer with paper surface, air film on the interface is damaged or reduced the thickness, so that the large cylinder drying rate increases greatly, and greatly improve the machine output and reduce the energy consumption of tons of paper.