Wafangdian Yongning Grate Manufacturing Co., Ltd.

YONGNING

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Beam-type grate parameters

Release Time:

Jan 05,2024


Description: The beam-type grate is a common industrial grate designed to provide efficient and reliable combustion performance. Here are some important parameters of the beam-type grate:

The beam-type grate is a common industrial grate designed to provide efficient and reliable combustion effects. Here are some important parameters of the beam-type grate:

Grate Size: The size of the grate should be determined based on specific industrial needs and the size of the combustion chamber. Common sizes include 1 meter, 1.5 meters, 2 meters, etc., to meet different scales and types of combustion needs.
Grate Material: The material of the grate is usually high-quality steel that is heat-resistant and corrosion-resistant. This ensures that the grate can maintain a long service life even in high-temperature and corrosive environments.
Beam Spacing: Beam spacing refers to the distance between the beams on the grate. This spacing should be moderate to ensure that the fuel can burn fully while preventing flames from spreading across the grate.
Movable Grate Bars: Movable grate bars are an important component of the grate, allowing them to move freely to accommodate different sizes of fuel blocks. The number and size of movable grate bars should be selected based on specific combustion needs.
Drive System: Beam-type grates are usually equipped with a drive system to control the rotation speed of the grate. This helps to adjust the combustion rate to meet different combustion needs.
Ventilation: The ventilation system is crucial for ensuring that the fuel burns fully. The ventilation system should be designed reasonably to ensure sufficient air enters the combustion chamber while preventing excessive cold air from entering, which could affect combustion efficiency.
Control System: Modern beam-type grates are typically equipped with advanced control systems that can automatically control the rotation speed of the grate, the operation of the ventilation system, etc. This helps to improve combustion efficiency and reduce energy consumption.

The above parameters collectively determine the performance and efficiency of the beam-type grate. When selecting or designing a beam-type grate, these parameters should be fully considered to ensure optimal combustion effects.

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