News

Product technology notes, selection guidance and industry news.

2026-08-23

Why Thermal Storage Systems Prefer Finned Tube Heat Exchangers

Latent and sensible thermal storage both depend on effective heat release. Finned tube bundles compensate for the low conductivity of storage media and are a mainstream choice for in-tank heat exchange.

2026-08-23

How Air Preheaters Cut Industrial Fuel Consumption

An air preheater uses flue gas waste heat to warm combustion air, raising boiler and furnace efficiency while reducing stack loss and emissions.

2026-08-23

Steam Air Heater Selection: Pressure, Air Flow and Drainage

Steam air heaters are used for drying, sterilisation and process heating. Correct selection depends on steam pressure, air flow, required temperature and condensate drainage.

2026-08-23

Air Coolers: Advantages and Typical Applications

Air coolers use ambient air to cool process fluid, avoiding cooling water and water treatment. They suit water-scarce sites, but outlet temperature follows ambient dry-bulb temperature.

2026-08-23

Why Spiral Plate Heat Exchangers Resist Blocking

Spiral plate heat exchangers use a continuous curved channel with no tube bundle dead zones, making them suitable for particle-laden, fouling and viscous media.

2026-08-23

Fin Coil Material Selection: Copper, Aluminium or Stainless Steel?

The tube and fin material combination determines heat transfer, corrosion life and cost. Compare copper-copper, copper-aluminium and stainless steel options for fin coils.

2025-01-20

Finned Tube Radiators: Efficient Heat Transfer for Industrial and HVAC Duty

Finned tube radiators extend the gas-side surface to improve heat transfer in air heating, cooling and heat recovery. Material and fin process selection determine life and efficiency.

2025-01-20

How to Select a Spiral Plate Heat Exchanger

A practical selection sequence for spiral plate heat exchangers: define the duty, select material and channel, choose the construction, then check pressure drop and velocity.

2025-01-20

Shell and Tube Heat Exchanger Selection: The Parameters That Matter

Shell and tube exchangers are adaptable and pressure-capable. Selection depends on which side the medium flows, material choice, velocity, temperature difference and cleaning method.

2025-01-20

Waste Heat Recovery Heat Exchangers: Turning Exhaust Heat into Useful Energy

Waste heat recovery exchangers convert industrial exhaust heat into hot water, hot air or steam. Success depends on matching the recovered heat to a real demand and controlling corrosion and fouling.

2025-01-20

Shell and Tube Heat Exchangers: Reliable Performance for Demanding Duty

Shell and tube exchangers combine a simple structure with pressure capability and material flexibility. They remain a core solution for chemical, petrochemical and power duty.

2025-01-20

Finned Tube Heat Exchangers: Extending Surface Where It Matters

Finned tube heat exchangers add surface on the gas side, where the heat transfer coefficient is lowest. Material, fin process and cleaning access decide performance and life.

2025-01-20

Condenser Design: Phase Change, Air Flow and Material Choice

Finned tube condensers reject heat from refrigerant or process gas to air. Condensing temperature, heat load, air flow and material compatibility determine the design.

2025-01-20

Cooling Coils: Fast Response, Stable Temperature and Cleanable Construction

Cooling coils remove heat from air or process media. Face area, row depth, fin spacing and drain design determine temperature control, condensate removal and cleaning access.

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