AİR DAMPER

Air damper are mechanical sealing systems used to regulate and direct the flow of liquids, gases, and bulk materials in pipelines. Widely utilized in food, chemical, mining, cement, energy, water treatment, and petrochemical industries, pipe valves ensure high sealing performance and long-term durability, contributing to efficient and safe industrial operations.

Designed for high-pressure, high-temperature, and abrasive material transport, these systems function as shut-off or directional control components and can be operated manually, pneumatically, or electrically. With low maintenance requirements, flexible application, and robust construction, pipe valves are among the most essential flow control components in industrial plants.

How Do Air Damper Work?

• Flow is stopped: When the valve is in the closed position, fluid or gas movement is blocked.
• Flow is enabled: When opened, fluid or gas moves freely through the pipeline.
• Flow regulation: The valve can be partially opened to achieve precise flow control.

Pipe valves are resistant to pressure differentials and provide reliable performance, even in abrasive and high-flow conditions.

Advantages of Air Damper

• High sealing performance: Prevents unwanted leaks, ensuring pipeline safety.
• Durable material options: Manufactured from stainless steel, cast iron, or specially coated materials for resistance to corrosion and wear.
• Easy installation and operation: Available in manual, pneumatic, or electric control options to suit operational needs.
• Low maintenance costs: Requires minimal upkeep due to fewer moving parts.
• Fast opening and closing: Ensures quick and efficient fluid control in industrial facilities.
• High pressure and temperature resistance: Operates seamlessly under extreme conditions.
• Versatile application: Designed for both gas and liquid flow, with various design configurations available.

Applications of Air Damper

• Food & beverage industry: Used in the safe transfer of milk, juice, flour, sugar, grains, and other liquids or gases.
• Chemical & petrochemical industry: Controls and directs the flow of chemical fluids for safe operation.
• Mining & cement industry: Facilitates the movement of abrasive materials like dust, granules, and slurry.
• Water treatment & waste management: Manages the flow of clean and wastewater in treatment plants.
• Energy & heating systems: Controls steam, hot water, and gas flow in energy facilities.
• Marine & pipeline applications: Ideal for managing seawater, fuel, and oil flow.

Types of Air Damper

• Manual valve: Operated by hand, used in basic flow control applications.
• Pneumatic valve: Controlled by air pressure, suitable for fast-opening and closing operations.
• Electric valve: Features a motorized mechanism, making it compatible with automated systems.
• Double eccentric valve: Designed for high-pressure flow, ensuring superior sealing.
• Triple eccentric valve: Built for chemical and abrasive fluids, offering high durability and performance.
• Wafer-type valve: Compact and lightweight, ideal for tight spaces.
• Flanged valve: Allows easy installation on standard pipeline systems.

Key Considerations When Choosing a Air Damper

• Type of fluid: The material’s properties (liquid, gas, or solid particles) determine valve selection.
• Pressure & temperature conditions: The valve should withstand the maximum pressure and temperature of the system.
• Sealing requirements: Double or triple eccentric valves should be chosen for high sealing performance.
• Connection type: Wafer, flanged, or threaded connections should be selected based on pipeline design.
• Automation needs: Pneumatic or electric valves can be integrated into industrial automation systems.
• Material durability: For harsh environments like chemical exposure or seawater, stainless steel or coated models should be used.

Oresis Air Damper Solutions

At Oresis, we provide high-quality, long-lasting, and low-maintenance air damper systems. With our customized solutions, we help businesses implement the most efficient flow control systems.