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Brazed Plate Heat Exchangers
Overview
Brazed Plate Heat Exchangers (BHEs) are compact, highly efficient units designed to facilitate heat transfer between two fluids. Their construction, which involves brazing thin, corrugated metal plates together, creates a large surface area for heat exchange within a small footprint. This design maximizes thermal performance while ensuring durability and reliability under high-pressure conditions. We provide both Copper Brazed SS316 Heat Exchangers and SS316 Fusion Bonded Plate Heat Exchangers to cater to diverse application needs. BHE technology is widely used across various industries including HVAC, refrigeration, automotive, and industrial processes. They serve critical functions such as chiller evaporators, heat pump condensers, oil coolers, and more. Their efficiency in managing thermal energy contributes to energy savings, operational cost reductions, and enhanced system performance, making them a preferred choice for modern thermal management solutions.
Alfa Laval Brazed Plate Heat Exchangers
At Panurgy, we pride ourselves on maintaining the widest inventory of Alfa Laval Brazed Plate Heat Exchangers, ensuring our customers have access to the products they need when they need them. Our extensive range includes BHE's that can handle HCFC, HFC, HC and CO2 refrigerants. As dry expansion evaporators, the AC Series features an integrated flow distributor for maximum cooling performance. Some models are also equipped with double refrigerant circuits. Temperature range - 1960C to 2000C; pressures in excess of 40 bar.Here's a concise breakdown of the Alfa Laval series we offer:
- AC16 / ACH16
- AC18 / ACH18
- AC30 / ACH30
- AC70 / ACH70
- AC220 / ACH220
- AC230 / ACH230
- AC240 / ACH240
- AC502 / ACH502
- AC900 / ACH900
- AC1000 /ACH1000
Applications
Chiller Evaporators
Efficiently transfer heat between refrigerant and chilled water in HVAC systems, ensuring optimal cooling performance and energy efficiency in both commercial and industrial environments, while minimizing operational costs.
Chiller Economizers
Enhance chiller efficiency by pre-cooling refrigerant using cool ambient air or water, significantly reducing energy consumption and operational costs in large-scale cooling systems, thus contributing to sustainable operations.
- CB16 / CBH16
- CB18 / CBH18
- CB20 / CBH20
- CB200 / CBH200
- CB30 / CBH30
- CB60 / CBH60
- CB110 / CBH110
- CB210 / CBH210
Applications
Heat Pump Condensers
Transfer heat from refrigerant to water or air in heat pump systems, improving heating and cooling efficiency. This supports sustainable energy solutions in residential and commercial applications by providing reliable and eco-friendly temperature control.
Electric Vehicle Battery Cooling
Maintain optimal battery temperatures, ensuring performance and longevity of electric vehicles by effectively managing heat generated during charging and discharging cycles. This is crucial for enhancing battery life and vehicle efficiency. We have extremely small units to offer to fit the space constraints in the vehicle.
- DOC20
- DOC30
- DOC60
- DOC110
Applications
Gearbox Oil Cooling
Efficiently manage heat in automotive gearbox systems to prevent overheating. This ensures smooth operation and prolongs the lifespan of transmission components in various vehicles, thereby reducing maintenance needs and improving performance.
Hydraulic Oil Cooling
Ensure optimal operating temperatures for hydraulic systems in vehicles and industrial machinery, preventing overheating and improving system reliability and efficiency. This is essential for maintaining the performance of heavy-duty equipment.
- CD100
- CD200
Applications
Air Dryer Heat Exchangers
Remove moisture from compressed air systems, enhancing efficiency and reliability by preventing condensation and corrosion in downstream equipment and pneumatic tools. This ensures that the compressed air system operates smoothly and extends the life of the components.
- AN27
- AN52
- AN76
Applications
Ammonia Chiller Economizers
Improve the efficiency of ammonia refrigeration systems by recovering heat from high-pressure gas, which reduces overall energy usage and increases the operational lifespan of the system, making it more cost-effective over time, using Alfa Laval Fusion Bonded Plate Heat Exchangers.
Desuperheaters
Remove excess heat from superheated gases in refrigeration and HVAC systems, improving efficiency and protecting equipment from thermal damage. This helps in maintaining system integrity and reducing operational costs associated with excessive heat. With our comprehensive inventory and expert support, we ensure our customers find the perfect solution for their heat exchange needs.
Features & Benefits
- Extremely Compact, Low Weight, Easy to Install
- Low Refrigerant Charge
- Even Flow Distribution
- Lower Probability of Liquid Return
- Safe Oil Scatter, Even with Low Loads
- Safe Capacity Control Due to Double Refrigerant Circuits
- Floating Condensation Temperature with Flooded Evaporation Systems
- Optimized with Air Liquid Coolers in Indirect Cooling Systems
- Corrosion Resistant Materials
- High Thermal Efficiency
- Maintenance-Free Operation
- Widest Capacity Range In The Market Available Ready Stock
