Product Introduction of Detian Dixing 4D Heat Pipe Heat Exchanger
I. Product Overview
Detian Dixing 4D Heat Pipe Heat Exchanger is a high-end heat exchange equipment upgraded on the basis of the company’s 2D and 3D heat pipe technologies, specially developed for high energy consumption scenarios such as commercial building air conditioning, clean fresh air and industrial ventilation. With 4D reversible heat transfer, zero cross-contamination and non-powered operation as core features, it can efficiently recover cold/heat from air conditioning and ventilation systems and significantly reduce system energy consumption. It is the core equipment for energy saving, carbon reduction and air safety in commercial buildings, data centers, laboratories and medical clean places.
As a core product of a national high-tech enterprise, the 4D heat pipe heat exchanger realizes 4D heat transfer (axial + radial inside and outside the tube) relying on independent patented capillary structure and integrated fin process. The heat exchange efficiency is increased by more than 30% compared with traditional equipment, and the volume is reduced by 20%–30%, balancing high-efficiency energy saving and space adaptation.
II. Core Technical Principles
1
4D Reversible Heat Transfer: Strong capillary force is generated through the special capillary groove structure inside the tube, realizing heat transfer in four directions (axial/radial outside the tube, axial/radial inside the tube). The evaporation section and condensation section can be switched freely, suitable for both winter and summer without reversing mechanism.
3
Phase Change Heat Transfer Cycle: Driven by the temperature difference of cold and hot air flow, the working medium inside the tube completes the closed loop of evaporation → transmission → condensation → capillary backflow. It has no moving parts and no additional energy consumption, with stable and reliable physical heat exchange.
2
Zero-Gap Thermal Resistance Structure: Adopting industrial pure aluminum integrated spiral fin heat pipe, formed inside and outside as a whole, eliminating contact thermal resistance and greatly improving heat exchange efficiency under low temperature difference.
4
Zero Cross-Contamination Isolation: The middle sealing partition and independent flow channel design ensure complete isolation of fresh air and exhaust air, eliminating air cross-flow and cross-contamination, meeting the requirements of high-clean scenes.
III. Core Advantages
Ultra-High Efficiency Heat Exchange
Waste heat/cold recovery efficiency up to 85%, maintaining efficient operation even in low temperature difference environment, reducing air conditioning system load by more than 40%.
Non-Powered & Zero Energy Consumption
Driven only by temperature difference for phase change cycle, no motor or external power supply required, with remarkable annual power saving benefits, and investment can be recovered in 1–2 years.
Long Life & Maintenance-Free
No moving parts and no wear faults. The main body is made of anti-corrosion stainless steel/aluminum alloy, with stable operation for 15–20 years and operation and maintenance cost reduced by 50%.
4D Horizontal Adaptation
Breaking through the installation limitations of traditional heat pipes, supporting horizontal/bedside installation, adapting to narrow spaces such as ceilings and pipe shafts, with flexible installation and convenient construction.
Stable Operation in Full Temperature Range
Operating temperature -40℃~120℃, resisting severe cold and high temperature conditions, with stable and efficient operation in northern winter and southern summer.
Clean, Safe & Compliant
Zero cross-flow and zero pollution, complying with air safety specifications for GMP clean rooms, laboratories, hospitals, animal rooms and other places.
IV.Product Performance Features
- Heat transfer direction: 4D reversible heat transfer, automatic switching between winter and summer
- Heat recovery efficiency: ≥80%, cold recovery efficiency: ≥65%
- Operation mode: non-powered, passive phase change heat exchange
- Sealing level: dual-chamber isolation, zero cross-flow and zero cross-contamination
- Structural design: modular and compact, thin thickness and small occupation
- Material process: integrated fin heat pipe, anti-corrosion and durable
- Maintenance design: reserved access and cleaning section for convenient maintenance
- Control adaptation: compatible with BMS building automatic control system for intelligent monitoring
V.Typical Application Scenarios
Commercial buildings: waste heat/cold recovery of central air conditioning fresh air systems in office buildings, shopping malls and hotels
Clean places: clean fresh air for hospital operating rooms, laboratories, GMP workshops and animal rooms
Data centers: ventilation and heat dissipation, cold quantity recovery, reducing PUE value
Transportation hubs: energy saving renovation of ventilation and air conditioning in airports, high-speed rail stations and subway stations
Industrial scenarios: plant ventilation, waste heat recovery in coating/drying processes
Public buildings: energy saving and carbon reduction renovation of schools, gymnasiums and office buildings
Ⅵ. Standard Technical Parameters (Customizable)
|
Item |
Standard Index |
Remarks |
|
Operating temperature |
-40℃ ~ 120℃ |
Wide temperature range adaptation |
|
Heat recovery efficiency |
70%–85% |
Customizable according to working conditions |
|
Cold recovery efficiency |
≥65% |
Summer cooling condition |
|
Applicable air volume |
1000–100000m³/h |
Non-standard customization available |
|
Equipment material |
Aluminum alloy/stainless steel + anti-corrosion coating |
Anti-corrosion and long service life |
|
Operating pressure |
Normal pressure |
No high-pressure safety risk |
|
Service life |
15–20 years |
Maintenance-free design |
|
Installation mode |
Horizontal/bedside/ceiling |
Strong space adaptability |
VII. Full-Process Service Support
Beijing Detian Dixing provides one-stop full life cycle service for 4D heat pipe heat exchangers:
1
Early technical consultation and on-site working condition survey
2
Customized solution design and CFD thermal simulation optimization
3
Non-standard product R&D, production and factory inspection
4
On-site installation, commissioning and start-up trial operation
5
Regular inspection, equipment maintenance and system optimization
6
Lifetime technical support and spare parts supply
