High-efficiency Heat Exchangers
Description
Technical Parameters
High-Efficiency Heat Exchangers can efficiently transfer heat from hot fluid to cold fluid. Brazed plate heat exchangers have various structures, including shell and tube, plate, spiral, etc. Through special designs, such as the use of inner wave outer threaded tubes and high flux tubes, the fluid boundary layer can be destroyed, the heat transfer area can be increased, and the heat transfer efficiency can be greatly improved compared to ordinary heat exchangers.
Structural design
Plate structure: adopts corrugated plate stacking design to enhance turbulence and improve heat transfer efficiency by 30%+.
Flow channel optimization: asymmetric flow channel layout (such as double herringbone/oblique corrugation) reduces pressure loss by 15-20%.
Sealing system: laser welding/rubber gasket double seal, temperature resistance 200℃/pressure resistance 25bar.
Frame module: carbon steel galvanized frame + hydraulic clamping device, supports rapid disassembly and maintenance.
Shell and tube improvement: baffle arch notch design, shell side flow rate increased by 40%.
Spiral flow channel: equal pitch coil forming to achieve centrifugal self-cleaning effect.
Surface treatment: nano coating/electrolytic polishing (Ra≤0.8μm) to reduce scaling.
Interface configuration: DN50-DN300 flange interface, supports horizontal/vertical installation.
Monitoring integration: reserved temperature/pressure sensor interface, compatible with intelligent monitoring system.
Shockproof design: elastic support structure, meet API 661 seismic requirements.

Core Features
Excellent energy efficiency: NTU value reaches 0.8-1.2, and heat exchange efficiency is 30-50% higher than traditional models.
Compact design: Modular structure achieves high power density (500-2000W/m²K).
Intelligent control: IoT monitoring system can be optionally equipped to optimize thermal parameters in real time.
Corrosion-resistant material: Special material options such as 316L stainless steel, titanium alloy, Hastelloy are available.
Low maintenance cost: Graphite heat exchanger self-cleaning flow channel design reduces scaling and extends cleaning cycle.
about us
Enterprise positioning: A technology-based enterprise focusing on the R&D and manufacturing of efficient heat exchange equipment
Established in 2015, with 8 years of industry experience
Core technology: 23 patented technologies related to heat exchangers
Production capacity: Annual capacity of 2,000+ sets of heat exchange equipment
Quality system: ISO9001/ASME certified
R&D team: 15 professional engineers
Equipment configuration: German laser welding machine, American CFD simulation system
Service network: Covering 20+ provinces and cities nationwide
Typical customers: Serving leading companies such as Sinopec and Hengrui Medicine
Enterprise vision: Becoming a leader in heat exchange technology solutions


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