Precision Engineering for Gas Regulation Ionfiltra’s Multi-Louver Dampers are expertly designed to regulate and control gases in various process industries. Constructed with a venetian blind design, they consist of multiple parallel blades that can be operated either in the same or opposite directions, ensuring optimal performance in any industrial application.
ILD Series
The ILD Series of Circular Multi-Louver Dampers by Ionfiltra is designed for applications requiring precise gas flow regulation in circular ducts.
ILR Series
The ILR Series of Rectangular Multi-Louver Dampers is tailored for gas regulation in rectangular duct systems across various industrial applications.
ILD Series
Circular Multi-Louver Dampers
The ILD Series of Circular Multi-Louver Dampers by Ionfiltra is designed for applications requiring precise gas flow regulation in circular ducts.
Product Specifications
Sizes
Up to 2000mm in diameter
Temperature Tolerance
Up to 1000°C
Pressure Capacity
Up to 0.5 bar (7.4 psi)
Blade Configurations
Available in parallel or opposed blade configurations for specific operational needs.
Advanced Sealing Solutions
For applications requiring zero leakage, the ILD Series offers a double parallel blade design with an air sealing system, ensuring a pressurized chamber that prevents gas escape under extreme conditions.
Customization & Flexibility
End Connections
Options include Wafer type or ButtWelding ends.
Flange Drillings
Compliant with ISO 5211 and customizable to meet international standards.
Materials & Coatings
Special material options and epoxy coatings available upon request.
Key Features
Experience Reliable, Low-Maintenance Performance with Our Compact, Consistent-Flow Design.
Aerodynamic Blade Profiles
Designed to minimize head losses and improve efficiency.
Available with manual, motorized, or pneumatic actuation with on/off or regulation-type actuators.
Tailored Solutions
Robust flanged frames designed to fit circular duct cross-sections.
ILR Series
Rectangular Multi-Louver Dampers
The ILR Series of Rectangular Multi-Louver Dampers is tailored for gas regulation in rectangular duct systems across various industrial applications.
Product Specifications
Sizes
Up to 2000x2000mm
Temperature Tolerance
Up to 1000°C
Pressure Capacity
Up to 0.5 bar (7.4 psi)
Blade Configurations
Available with parallel or opposed blade configurations to meet diverse application needs.
Advanced Sealing Solutions
The ILR Series offers a variety of sealing options, including a soft braided seal for enhanced tightness or a swing-through blade design, ensuring minimal leakage and optimal performance.
Customization & Flexibility
End Connections
Configurable as per customer specifications, including Wafer type or ButtWelding ends.
Flange Drillings
ISO 5211 compliant and customizable to align with international standards.
Materials & Coatings
Special material options and epoxy coatings available upon request.
Key Features
Experience Reliable, Low-Maintenance Performance with Our Compact, Consistent-Flow Design.
Aerodynamic Blade Profiles
Engineered to minimize head losses and enhance system efficiency.
Rectangular Configuration
Designed to fit rectangular duct systems, providing a tailored and efficient solution.
Actuation Options
Available in manual, motorized, or pneumatic versions, with on/off or regulation-type actuators.
Tailored Solutions
Designed to meet the specific cross-sectional requirements of rectangular ducts.
Reliability and Innovation Across All Series
Both the ILD and ILR Series are designed with a commitment to innovation and engineering excellence. Whether your needs are for circular or rectangular duct systems, Ionfiltra provides tailor-made solutions to ensure high performance, reliability, and long-lasting durability.
Customization Options
We offer bespoke solutions tailored to your specific needs, whether for extreme temperatures, corrosive environments, or high-pressure systems. Our butterfly dampers can be customized with various sealing arrangements, actuation methods, and materials to meet your application’s unique requirements.