Welded Type Radiator

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MOQ : 1 Unit

Welded Type Radiator Specification

Material
Mild Steel / Carbon Steel

Water Content
25-120 Liters (depending on size)

Central Distance
500 mm to 3000 mm

Working Pressure
1 Bar to 1.5 Bar

Rough Weight
150-800 kg (depending on specification)

Thermal Pressure
Up to 1.5 Mpa

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

Advantage
High efficiency in heat dissipation, robust welded construction, long service life, low maintenance

Leak Test Pressure
2.5 Bar (standard)

Heat Exchange Area
As per radiator size, typically 1.5-10 m2

Application
Power transformer, distribution transformer, substation cooling

Service Life
15-20 years under normal operating conditions

Manufacturing Process
Automatic submerged arc welding, leak tested

Surface Treatment
Red oxide primer coated / Painted or customized

Mounting Type
Horizontal / Vertical

Fin Type
Welded steel fins for maximum heat transfer

Connection Type
Flanged / Threaded ends

Color
Rust-resistant industrial red or as specified

Welded Type Radiator Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
50 Units Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

Welded Type Radiator About

Ending soon-grab this exclusive, welded type radiator at a special rate! Featuring breathtaking performance, this exquisite cooling solution is meticulously crafted for impeccable efficiency in power transformers, distribution transformers, and substations. Its welded steel fins ensure maximum heat transfer, while the resilient red oxide primer coating or customized paint defends against corrosion. The robust, automatic submerged arc welding provides superior leak resistance, boasting a service life of 15-20 years. Available in various sizes and specifications, this radiator offers reliable, low-maintenance operation-an exceptional investment for demanding industrial environments.

Site of Application & Competitive Advantages

Welded Type Radiators are perfect for use in power transformers, distribution transformers, and substation cooling systems. Their main application sites include electrical substations and industrial power hubs where efficient thermal management is paramount. Competitive advantages include high heat dissipation efficiency, sturdy welded construction, and minimal maintenance demands, ensuring longevity and performance. These radiators are adaptable to both horizontal and vertical mounting, making them highly suitable for diverse installation requirements across India's critical energy infrastructure.

Export Market, Sample Offers & Quotation Details

Welded Type Radiators are in strong demand across international markets, with key exports to regions requiring robust industrial cooling solutions. Customers can request samples, allowing assessment prior to full expenditure. Delivery timelines are streamlined for optimal efficiency, with the asking price detailed transparently in every quotation. We encourage inquiries to discuss specific expenditure expectations, packaging, and lead times to provide you the most accurate and competitive export delivery proposal tailored to project needs.

FAQ's of Welded Type Radiator:

Q: How is the leak test pressure for the welded type radiator ensured?

A: Each radiator is subjected to a rigorous leak test pressure of 2.5 Bar as standard, using highly controlled procedures to guarantee reliable containment and performance throughout its service life.

Q: What surface treatments are available for this radiator?

A: The radiator can be finished with a red oxide primer or painted coating for rust resistance. Custom surface treatments and colors can also be provided to meet specific requirements.

Q: Where can welded type radiators be installed?

A: These radiators are ideal for power and distribution transformers, as well as substation cooling setups. They can be deployed both horizontally and vertically, offering flexibility for different installation sites.

Q: What are the main benefits of using welded type radiators?

A: Key benefits include impeccable heat dissipation efficiency, robust and leak-resistant construction, extended service life of 15-20 years, and low-maintenance operation, ensuring cost-effective performance.

Q: How does the manufacturing process ensure radiator quality?

A: The process employs automatic submerged arc welding for precision and durability, followed by leak testing, ensuring each radiator meets stringent industry standards for safety and performance.

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