Butterfly Damper

Butterfly Damper Specification

Features
Corrosion Resistant, Leak Proof

Rotation Type
Rotary (Butterfly Type)

Motor Type
Electric Actuator (If Motorised)

Control System
Lever Operated / Motorized (Optional)

Equipment Type
Butterfly Damper

Handle Type
Lever Type

Condition
New

Power Source
Manual / Electric

Power Consumption
Depend on Actuator Type

Voltage
Not Required (Manual) / 220V (Actuator Motorised Type)

Feature
Manual/Automatic Operation Available

Operating Temperature
Up to 350C (Depending on Material)

Material
Mild Steel / Stainless Steel

Leakage Class
Class I to Class III

Application
Air/Flue Gas Isolation in Ducting Systems

Blade Operation
Single / Multiple Blade

Sealing Type
Metal to Metal / Resilient

Shape
Round / Square / Rectangular

Diameter Range
100 mm to 2000 mm

Surface Finish
Painted / Powder Coated / Galvanized

End Connection
Flanged / Welded

Butterfly Damper Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
12 Units Per Month

Delivery Time
2-10 Days

Main Domestic Market
All India

About Butterfly Damper

Take advantage of our unbeatable price and limited-time discount on the unrivaled Butterfly Damper-your last chance to upgrade with enlightened efficiency! Crafted from optimum mild steel or robust stainless steel, this versatile damper is available in round, square, or rectangular shapes. Ideal for air and flue gas isolation in ducting systems, it accommodates diameters from 100 mm to 2000 mm and withstands temperatures up to 350C. Features include corrosion resistance, leak-proof performance, and a choice of manual or automatic operation for maximum control and reliability. Designed for enduring service in India.

Efficient Control for Air and Flue Gas Systems

Butterfly Dampers are expertly engineered for direction of use in duct isolation, offering precision flow control across a spectrum of applications. Whether used for air or flue gas management, their resilient sealing and advanced construction ensure optimum leak proofing. Application media ranges from clean air to high-temperature gases, making this damper an invaluable asset for HVAC, process industries, and power plants requiring reliable isolation within their ducting networks.

Sample and Market Availability-Swift Dispatch

Samples of our Butterfly Damper are available at a competitive list price, allowing customers to review quality before committing to larger expenditure. We primarily serve the main domestic market across India, guaranteeing rapid dispatched shipments from our designated FOB port. Our streamlined logistics ensure your order reaches you efficiently, minimizing downtime and maximizing satisfaction, while transparent pricing supports informed procurement decisions every step of the way.

FAQ's of Butterfly Damper:

Q: How can I select the right Butterfly Damper for my ducting system?

A: Choose based on your required size (100 mm to 2000 mm diameter), operating temperature (up to 350C), application media, and preferred sealing type. Consider whether you need manual or motorized operation and the type of end connection: flanged or welded.

Q: What materials are used in manufacturing the Butterfly Damper?

A: Butterfly Dampers are crafted from mild steel or stainless steel, allowing for corrosion resistance and suitability for varied industrial applications and environmental conditions.

Q: When should I opt for a metal-to-metal seal versus a resilient seal?

A: Metal-to-metal seals are suited for high-temperature or demanding environments, while resilient seals provide enhanced leak-proofing for standard temperature operations or where tight shut-off is critical.

Q: Where can these Butterfly Dampers be installed?

A: They are adaptable for installation in HVAC systems, industrial process plants, power facilities, and any ducting system requiring air or gas flow isolation within the specified temperature and sizing parameters.

Q: What are the main benefits of using this Butterfly Damper model?

A: Key advantages include corrosion resistance, leak-proof construction, adaptable operation (manual or automatic), and a durable, rotary blade design that supports long service life and efficient process control.

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