Product Description
Our Plastic-Steel Composite Shell Coil Heat Exchanger is engineered for compact heat pump systems requiring efficient heat transfer, stable water flow performance, and enhanced corrosion resistance.
This unit uses a composite structure with an optimized coil heat transfer core, supporting R410A refrigerant, and can be used either as a condenser or evaporator depending on system design.
We offer two inner tube material options to match different application needs:
- TP2 copper inner tube: excellent thermal conductivity and cost efficiency
- TA1 titanium inner tube: enhanced corrosion resistance for demanding applications
Each model is supplied with a defined water flow range and corresponding performance parameters (BTU/h and kW), making it easier for OEM customers to select the suitable size for heat pump or chiller projects.
Customization available for inlet/outlet sizes (D1/D2) and installation dimensions (S1/S2) based on your equipment layout.
Operating Conditions (Reference)
Condition Set 1
- As condenser: inlet water 30°C, outlet water 35°C, condensation temperature 40°C
- As evaporator: inlet water 12°C, outlet water 7°C, evaporation temperature 2°C
Condition Set 2
- As condenser: inlet water 86°F, outlet water 95°F, condensation temperature 104°F
- As evaporator: inlet water 53.6°F, outlet water 44.6°F, evaporation temperature 35.6°F
FAQ
Q1: What refrigerant is this heat exchanger designed for?
A: Standard models are designed for R410A.
Q2: Can this unit be used as both condenser and evaporator?
A: Yes. It can work as a condenser or evaporator, depending on system design.
Q3: What is the difference between TP2 copper and TA1 titanium inner tubes?
A: TP2 copper offers excellent thermal conductivity and cost efficiency, while TA1 titanium provides better corrosion resistance for demanding conditions.
Q4: Can you customize water connection sizes?
A: Yes. D1 and D2 dimensions can be adjusted based on requirements.
Q5: Can you customize the installation dimensions?
A: Yes. S1 and S2 can be adjusted to match installation space.
Q6: What information do you need to provide a quotation?
A: Capacity requirement, water flow rate, working mode, connection size, inner tube material option, and quantity.
Q7: What is the typical application for this heat exchanger?
A: Heat pump water heating, HVAC systems, and OEM heat pump/chiller projects.
Q8: Do you support OEM orders?
A: Yes, we support OEM customization, drawings, and bulk production.