Durable 16"x18" Water To Air Heat Exchanger 100,000 Btu Collection [ZUyWacX0]

The 100,000 BTU Dragon HTL Water to Air Heat Exchanger is engineered for those seeking top-tier performance in residential, commercial, and hybrid heating and cooling applications. Combining 3/8" seamless copper tubes with high-density aluminum fins, this innovative heat exchanger ensures maximum heat transfer efficiency and minimal air resistance. Whether you’re upgrading a wood boiler system, integrating into an HVAC air handler, or enhancing a hybrid setup, this unit delivers outstanding temperature control, improved indoor comfort, and reduced energy costs.

Superior Heat Transfer with High-Density Fin Design
At the heart of this heat exchanger is a careful balance of design and materials. With 12 aluminum fins per inch, these compact units achieve exceptional heat transfer rates—translating into 50,000 to 60,000 BTU per square foot of heating load capacity. Despite the dense fin spacing, the design maintains minimal airflow resistance, ensuring efficient and consistent performance while reducing energy consumption.

Versatile Applications Across Residential and Commercial Settings

The 100,000 BTU Dragon HTL Water to Air Heat Exchanger easily adapts to a range of environments, making it an ideal solution for:

• Residential Heating: Keep your home cozy during the cold months by integrating with wood boilers, hydronic systems, or existing HVAC equipment.
  
• Apartment Buildings and Condominiums: Efficiently manage multi-unit comfort, stabilizing indoor temperatures while minimizing energy usage.
  
• Hybrid Systems: Combine with other heating and cooling technologies for balanced, high-efficiency performance.
  
• Air Conditioning & Dehumidification: Enhance cooling systems and improve indoor air quality by effectively reducing humidity levels.
  
• Commercial & Industrial Settings: Tackle demanding climate control needs in office complexes, workshops, or production facilities.
  

Key Features and Technical Specifications

• Durable Copper Tubing: Built with 3/8" seamless, 99.9% pure L-grade copper tubing, offering superior thermal conductivity and corrosion resistance.
  
• High-Efficiency Aluminum Fins: 12 fins per inch deliver exceptional heat transfer with minimal pressure drop for optimal system efficiency.
  
• Robust Construction: The galvanized steel core housing ensures long-term durability and structural integrity under challenging conditions.
  
• Rugged Header Design: A 1" ID copper header supports efficient fluid circulation and secure, reliable connections.
  
• High Pressure & Temperature Rating: Rated at 175 psig/350°F, this heat exchanger is engineered to endure rigorous operational demands.
  
• Versatile Connections: 1" ID solder connections with extended ports facilitate easy installation, compatible with SharkBite fittings for a quick and secure setup.
  
• BTU Rating: Capable of delivering up to 100,000 BTU, ideal for medium-to-large residential spaces or commercial applications.
  

Why Choose the 100,000 BTU Dragon HTL Water to Air Heat Exchanger?

• Enhanced Energy Efficiency: Optimize indoor climate control while reducing overall energy consumption.
  
• Long-Lasting Construction: Premium materials and solid engineering ensure durability, reliability, and consistent performance over time.
  
• Improved Indoor Air Quality: Better heat transfer promotes stable temperatures and balanced humidity, leading to a healthier, more comfortable environment.
  
• Easy Integration: Simple to install and compatible with a variety of systems—whether you’re adding to an existing setup or creating a new hybrid configuration.
  

In Stock and Ready for Immediate Shipment
We understand the importance of timely access to quality components. Our 100,000 BTU Dragon HTL Water to Air Heat Exchangers are kept in inventory for prompt shipping, ensuring that your heating or cooling project stays on schedule. Our knowledgeable support team is here to assist with any questions, ensuring a smooth purchasing experience and a successful installation.