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व्यास
300 mm to 2000 mm

मैक्स। क्षमता
Up to 500 m³/h (varies with design)

अधिकतम दबाव
25 bar

मोटाई
2 mm to 6 mm (based on material and application)

तापमान
मध्यम तापमान

शर्त
नया

उपयोग
औद्योगिक

स्ट्रक्चर

लिक्विड फ्लो रेट
Varies as per design (typically 5 m³/h to 500 m³/h)

काम का दबाव
Up to 25 bar (varies by model)

प्रॉडक्ट टाइप
सर्पिल घाव हीट एक्सचेंजर

रंग
स्लेटी

वज़न
Depends on size/model

आयाम
Custom as per requirement

Application
Liquid to liquid, gas to liquid heat exchange

Corrosion Resistance
High, depending on material choice

Material of Construction
Stainless Steel / Carbon Steel / Custom Materials

Design Standard
ASME / TEMA / Custom Specification

Maintenance
Easy to clean; removable covers available

Installation
Horizontal or Vertical mounting possible

Heat Transfer Area
Up to 300 m² (customizable)

Introducing the Spiral Wound Heat Exchanger-a monumental breakthrough in heat transfer technology, now available on sale for an exclusive period. Designed for world-class performance, this spectacular system efficiently handles liquid-to-liquid and gas-to-liquid exchanges. Crafted with high-grade stainless steel, carbon steel, or custom materials, it adapts to diverse industrial requirements. Boasting a customizable heat transfer area up to 300 m2, easy maintenance with removable covers, and robust corrosion resistance, this exchanger stands as a testament to innovation, offering a truly ephemeral opportunity for unprecedented efficiency and reliability.

Key Applications, Features & Usage Directions

The Spiral Wound Heat Exchanger exemplifies versatility across numerous industrial domains, including chemical processing, pharmaceuticals, HVAC, and energy. Key features include easy-to-clean removable covers, customizable sizes, and horizontal or vertical mounting options. To use, connect inlet and outlet streams as per your process needs-optimal for medium-temperature operations. Its compact spiral design promotes extraordinary heat transfer while conserving space and simplifying integration into new or existing systems.

Certifications, Sample Policy & Shipping Process

Certified under stringent ASME and TEMA standards, our exchangers ensure world-class credibility. Customers may request representative samples under a clear, customer-oriented sample policy. Upon purchase order confirmation, items are prepared and scheduled for prompt dispatch. Shipped goods are handled exclusively through reliable transport services, minimizing lead times. Typically, delivery time varies by model and customization, ensuring timely arrival and maximum satisfaction for all clients.

FAQ's of Spiral Wound Heat Exchanger:

Q: How do I select the appropriate material for my Spiral Wound Heat Exchanger?

A: Material selection depends on your process requirements, including corrosion resistance, temperature, and pressure. Our team assists in choosing stainless steel, carbon steel, or custom materials based on your application's compatibility.

Q: What applications are most suitable for Spiral Wound Heat Exchangers?

A: These heat exchangers excel in liquid-to-liquid and gas-to-liquid heat exchange tasks, ideal for use in chemical processes, food and beverage, pharmaceutical, and energy sectors.

Q: When can I expect delivery after placing a purchase order?

A: Delivery times depend on the customization and model. Standard units are typically shipped within a few weeks after the purchase order is processed, using dependable transport services.

Q: Where can the Spiral Wound Heat Exchanger be installed?

A: It can be mounted horizontally or vertically, providing adaptable installation in diverse industrial facilities to suit available space and process layouts.

Q: What is the process for cleaning and maintaining the heat exchanger?

A: Maintenance is straightforward due to removable covers, allowing easy access for cleaning and inspections, reducing downtime and servicing costs.

Q: How does using a Spiral Wound Heat Exchanger benefit industrial operations?

A: Users benefit from high heat transfer efficiency, compact design, flexible mounting, and robust construction, resulting in improved operational reliability and energy efficiency.

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