8″~16″ Pulse Valve

1. Product Overview

As global emission standards for the power industry become increasingly stringent, high-efficiency bag filters have become the gold standard for dust removal. The Long-Arm Rotary Tube Nozzle Bag Filter is specifically favored for its ability to handle massive air volumes with low maintenance requirements.

A critical challenge in large-scale systems has been the reliance on imported large-diameter valves, as domestic production was previously limited to valves under 3 inches. To address this gap, our researchers have developed a series of Large-Diameter Pulse Valves available in 8, 10, 12, 14, and 16-inch specifications, designed to meet the high blowing volume demands of modern environmental protection infrastructure.

2. Technical Features & Advantages

• Three-Stage Diaphragm Technology: Our unique three-stage design optimizes the ratio between unloading, exhaust, and inflation damping, ensuring ultra-high sensitivity and smooth airflow.

• Extreme Energy Efficiency: Engineered for low-pressure operation (0.05~0.1MPa), these valves significantly reduce the energy consumption of the dust cleaning system.

• Alternative Air Supply: Due to the low pressure requirements, cost-effective Roots blowers can be used as the gas source instead of expensive high-pressure compressed air systems.

• Enhanced Power Output: By maximizing the blowing air volume and reducing internal pressure drop, the valve delivers superior cleaning force even at lower pressures.

• Integrated Tank Design: The valve is manufactured as an integrated unit with the compressed air tank, making the installation and maintenance of these heavy-duty components exceptionally convenient.

3. Working Principle

The pulse valve operates through a high-precision pressure balance system involving an solenoid post, a diaphragm, and the valve body:

1. Standby: The pressure in the rear diaphragm chamber exceeds that of the front chamber, keeping the valve firmly closed.

2. Activation: An electrical signal engages the solenoid, opening the unloading hole and rapidly venting the rear chamber pressure.

3. Blowing: The front chamber pressure lifts the diaphragm, opening the main channel for a high-volume air burst.

4. Reset: When the signal stops, the spring resets the solenoid to close the unloading hole; pressure then equalizes via the damping hole to reseal the valve.

4. Technical standard：

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