Angle Type Pulse Valve

Angle Type Pulse Valve–Product Introduction

Angle Type Pulse Valves are industrial components designed for pulse-jet baghouse dust collectors,delivering high-pressure bursts of compressed air at an angled configuration.This design allows flexible installation in ductwork or manifolds while providing efficient dust cake removal from filter bags.

Key Features

Angled Design for Flexible Installation

Enables mounting in systems where straight-through valves are impractical,saving space and simplifying duct design.

High-Efficiency Dust Cleaning

Provides rapid,high-velocity air pulses to remove dust cake from filter bags,ensuring optimal filtration performance.

Durable Construction

Made from aluminum alloy,stainless steel,or reinforced plastics to withstand industrial operating conditions.

Reliable Sealing and Diaphragm Function

High-quality diaphragms prevent air leakage,ensuring consistent pulse performance and reduced maintenance needs.

Versatile Compatibility

Suitable for various pulse-jet dust collectors,with easy installation,maintenance,and diaphragm replacement.

Material Characteristics

Body:Aluminum alloy,stainless steel,or industrial-grade plastic

Diaphragm:PTFE or high-temperature resistant elastomer

Operating pressure:Typically 4–7 bar

Operating temperature:Standard up to 80°C;high-temperature models available

Typical Applications

Cement and mineral processing plants

Steel and metallurgical industries

Power generation and boiler systems

Waste incineration facilities

Chemical and pharmaceutical dust collection

Available Forms

Standard angle type pulse valves for baghouse systems

High-temperature and corrosion-resistant variants

Custom voltage and control options for automated pulse cleaning

Compact designs for installation in constrained spaces

Angle Type Pulse Valves provide reliable,efficient,and flexible pulse cleaning,helping industrial dust collection systems maintain high filtration efficiency,extend filter bag life,and reduce maintenance requirements.