Industrial-Grade Shell & Tube Heat Exchangers
Engineered for high-pressure durability and maximum thermal conductivity. At APT, we design our own shells to ensure every chiller achieves peak EER, especially in T3 extreme climates.
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Robust Coil & Immersion Heat Exchangers
The perfect cooling solution for compact spaces and challenging fluid qualities. APT’s anti-clogging coil design ensures stable operation where standard exchangers fail.
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At APT, we understand that a Heat Exchanger is more than just a component; it is the heart that determines a chiller’s Energy Efficiency Ratio (EER) and overall system stability. Drawing on years of R&D experience in refrigeration systems, APT independently designs and manufactures high-performance heat exchangers to ensure that every chiller delivers exceptional performance, even under extreme T3 high-ambient conditions.

INDUSTRIAL POWER

Shell & Tube Series

Engineered for high-capacity cooling and high-pressure industrial durability.

  • Precision-mapped tube sheets
  • High-density copper tube bundles
  • Removable design for mechanical cleaning
  • Optimized for water-cooled chillers
ANTI-CLOGGING

Coil & Immersion Series

Designed for compact spaces and applications with challenging water quality.

  • Proprietary high-turbulence coil geometry
  • Self-cleaning secondary effect
  • Tank-immersion & coaxial configurations
  • Titanium options for corrosive fluids
R&D EXPERTISE

Bespoke Thermal Design

Custom thermal load simulation for extreme environments and unique R&D projects.

  • 1:1 thermal load system simulation
  • Corrugated & finned tube advancements
  • High-ambient T3 climate optimization
  • Expert material selection (316L/Titanium)

Technical Comparison Matrix

Performance Metric Shell & Tube Coil Series Bespoke Solutions
Heat Transfer Efficiency ★★★★★ (Maximum) ★★★ (Standard) ★★★★ (Optimized)
Anti-Fouling / Clogging Moderate ★★★★★ (Superior) Self-Cleaning Options
Maintenance Requirement Mechanical Cleaning Maintenance-Free System Dependent
Ideal Application Large Industrial Cycles Compact / Dirty Water Extreme T3 / Chemical
APT 1HP-5HP Titanium Coil Heat Exchangers Showcase
Proven Solutions: 1HP – 5HP Series

Titanium & PVC Anti-Corrosive Series

Pure Titanium Grade 1 Reinforced PVC Shell High Pressure Tested

Specifically optimized for small-scale cooling requirements, these 1HP to 5HP units combine the thermal efficiency of pure titanium with the chemical immunity of industrial PVC. Ideal for high-salinity or chemically treated water, APT’s coil geometry ensures consistent turbulence to prevent mineral buildup and fouling.

  • Seafood Aquaculture
  • Swimming Pool Heat Pumps
  • Marine Cooling Systems
  • General Water Chillers
APT Bespoke and Custom Heat Exchanger Portfolios
BESPOKE ENGINEERING SOLUTIONS

Customizable Coaxial & Process Heat Exchangers

Proprietary Improved Titanium 316L Stainless Steel Shell Water-to-Water Exchange

Our customized solutions address unique thermal challenges from green energy recovery to sensitive process cooling. Featuring APT’s proprietary improved titanium coaxial technology within a robust 316L stainless steel shell, these bespoke units are fully simulated for T3 conditions. We engineer for maximum turbulence to recover thermal energy or precise flow rates in compact R&D units.

  • Seafood Aquaculture
  • Swimming Pools Heat Pump
  • Tail Gas Energy Recovery
  • Process Water Exchange
APT Shell and Tube Heat Exchanger Series Showcase
HIGH-CAPACITY INDUSTRIAL SOLUTIONS

Shell & Tube Series: Maximum Pressure Durability

Direct & U-Tube Bundles Removable & Fixed Options High-Pressure (Up to 4.0 MPa)

Drew on our engineering depth for heavy-duty industrial cycles. APT’s Shell & Tube Series offers robust thermal transfer in flexible configurations. Whether you require standard direct-tube bundles or high-capacity U-tube designs, our units are engineered for high working pressures and extensive lifespans. Available in fixed shell or fully removable bundle configurations for easy mechanical cleaning and maintenance.

  • Large Water-Cooled Chillers
  • Industrial Process Cooling
  • Power Generation Systems
  • High-Pressure Hydraulic loops
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