Chiller Brazed Plate Heat Exchanger

Core Components & Materials

◆ Plates: Copper or stainless - steel plates, brazed with silver or nickel alloys. These materials ensure the exchanger can withstand high pressure (up to 40 bar) and temperature differentials, suitable for refrigeration applications.

◆ Fins: Copper fins. Boost heat dissipation, improving the efficiency of air - conditioning systems by enhancing the transfer of heat from the refrigerant.

Performance & Application

◆ Refrigeration Optimization: Optimizes refrigerant flow and heat transfer, improving evaporation and condensation efficiency in chillers, cold storage units, and ice machines. Reduces refrigerant charge by 30% compared to shell - and - tube designs.

◆ Space - Saving Design: Compact footprint and lightweight construction (up to 70% lighter) simplify installation in confined commercial HVAC spaces, such as office buildings and shopping malls.

Key Advantages

◆ Enhanced Heat Dissipation: Copper fins increase heat dissipation, improving the overall efficiency of air - conditioning systems in commercial settings.

◆ High - Pressure Resistance: Brazed with silver or nickel alloys, the exchanger withstands high pressure (up to 40 bar) and temperature differentials, ensuring reliable operation in refrigeration applications.

◆ Refrigerant Efficiency: Reduces refrigerant charge by 30% compared to shell - and - tube designs, cutting costs and improving environmental sustainability.

◆ Compact & Lightweight: Small footprint and lightweight construction (up to 70% lighter) enable easy installation in confined commercial HVAC spaces, saving space and reducing installation complexity.

Technical Compliance

◆ Complies with refrigeration and HVAC industry standards for pressure resistance, heat transfer efficiency, and compact design. Materials (copper, stainless steel, silver/nickel alloys) meet requirements for durable and efficient operation in cooling systems.

Packaging & Logistics

◆ Packaging: Protected with anti - scratch and shock - absorbing materials to maintain the integrity of copper fins and plates. Shipped in sturdy crates suitable for HVAC equipment transport.

◆ Delivery Time: Typically 7 - 17 working days after order confirmation, depending on order quantity. Shipped via freight carriers experienced in handling commercial HVAC components.