Deaerator Tank

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Deaerator Tank Specification

Condition
New

Temperature
Up to 105C or as specified

Capacity
From 500 L to 50,000 L or more

Life Span
15-20 years (with proper maintenance)

Pressure
Up to 10 kg/cm2(g)

Heat Efficiency
95-98%

Style
Horizontal & Vertical cylindrical

Output
Deaerated water for boiler feed

Material
Mild Steel / SS304 / SS316

Part Type
Deaerator Tank

Dimension (L*W*H)
Custom as per requirement

Function
Removal of dissolved gases (oxygen & carbon dioxide) from boiler feedwater

Finish
Pre-coated / Painted / Anticorrosive coated

Insulation
Mineral wool / Glass wool with aluminium cladding (optional)

Mounting
Legs / Saddle support

Testing
Hydro-tested at 1.5 times the working pressure

Internal Fittings
Spray nozzles, trays, and vent for effective deaeration

Usage
Boiler feedwater treatment in power plants, process industries, etc.

Thickness
3 mm to 16 mm (as per design & pressure)

Connections
Flanged / Threaded as required

Compliance
Manufactured as per ASME Section VIII / IS 2825 standards

Deaerator Tank Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
5 Pieces Per Month

Delivery Time
7 Days

About Deaerator Tank

Step into the spotlight with our sizzling Deaerator Tank, a praiseworthy solution engineered for exclusive boiler feedwater treatment in power plants and process industries. Crafted from superlative Mild Steel or SS304/316, our tanks boast heroic features like anticorrosive coatings, a robust 3-16 mm thickness, and premium mineral wool insulation with elegant aluminium cladding. Designed for maximal efficiency, they deliver up to 98% heat efficiency and endure intense hydro-testing. With adherence to global standards (ASME, IS 2825) and custom dimensions, our deaerator tank promises reliability and longevity for all your industrial demands.

Versatile Utility & Directions for Use

Our Deaerator Tank is extensively used by power plants, process industries, and commercial operators to ensure optimal boiler efficiency. Its primary commercial use is to remove dissolved gases, specifically oxygen and carbon dioxide, from water before it enters the boiler. For best results, the tank should be installed according to the pressure and volume requirements, with regular monitoring of spray nozzles, trays, and vent performance for effective deaeration.

Sample Policy, Delivery, and Export Markets

We offer a flexible sample policy for our clients, tailoring samples upon request to showcase quality and design. With express shipping and reliable transport services, we ensure prompt delivery-standard shipping often completed within 2 to 4 weeks based on order size and export destination. Our product is available for freight throughout Asia, Africa, the Middle East, and Europe, supporting our global network of distributors, suppliers, and traders.

FAQ's of Deaerator Tank:

Q: How does a deaerator tank improve boiler performance?

A: A deaerator tank removes dissolved oxygen and carbon dioxide from feedwater, preventing corrosion and enhancing boiler longevity and efficiency.

Q: What materials and coatings are available for the deaerator tank?

A: Our tanks are constructed from mild steel, SS304, or SS316 and are available with pre-coated, painted, or anticorrosive finishes, tailored to project demands.

Q: When should the insulation option be selected for a deaerator tank?

A: Insulation (mineral wool or glass wool with aluminium cladding) is recommended when higher heat retention and energy efficiency are required in your operating environment.

Q: Where can the deaerator tank be customized for mounting and connections?

A: Each tank is customizable for flanged or threaded connections and can be mounted using legs or saddle supports, ensuring seamless integration into existing systems.

Q: What is the process for testing the deaerator tank before delivery?

A: All tanks undergo hydro-testing at 1.5 times working pressure to certify safety and performance, adhering to ASME Section VIII and IS 2825 standards.

Q: What are the main benefits of using a superlative deaerator tank?

A: Key benefits include higher heat efficiency (95-98%), longer service life (15-20 years), reduced maintenance costs, and compliance with international quality standards.

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