Products

Corrugated Form

The flat fin is corrugated as it is wrapped onto the tube. The corrugation induces turbulence, which improves heat transfer in gases with poor thermal conductivity such as flue gas.

Fin Materials

Carbon Steel

Maximum Operating Temperature

150 – 360 °C

Tube Dimensions

16 – 60.30 mm

L Form

The fin is pre-formed and then tension-wound onto the tube. The L form footprint grips the tube tightly and delivers high efficiency.

Fin Materials

Aluminium, Carbon Steel, Copper

Maximum Operating Temperature

130 – 360 °C

Tube Dimensions

17 – 60.30 mm

KL Form

The pre-formed fin with a knurled footprint is mechanically locked onto the tube, giving a strengthened bond and high thermal conductivity.

Fin Materials

Aluminium, Copper

Maximum Operating Temperature

260 °C

Tube Dimensions

15.88 – 50.80 mm

G Form

The fin is embedded into a helical groove machined into the tube wall. Preferred at high temperatures and under continuous thermal cycling.

Fin Materials

Aluminium, Copper

Maximum Operating Temperature

400 °C

Tube Dimensions

17 – 60.30 mm

Laser Welded Form

The fin profile is joined to the tube surface by high-precision laser welding, creating a metallurgical bond for maximum heat transfer.

Fin Materials

Carbon Steel, Alloy Steel, Stainless Steel

Maximum Operating Temperature

700 °C

Tube Dimensions

17 – 60.30 mm

Finned Tube Type

Designed to customer requirements; the most suitable finned tube type is selected for the design and the exchanger is manufactured accordingly.

Air-Cooled Type

Systems that use ambient air to cool or condense the process fluid. Finned tubes increase the heat transfer surface and deliver higher efficiency.

Shell and Tube

A cylindrical shell with parallel tubes inside it. One fluid flows through the tubes, the other through the shell.

Recuperator

A heat recovery system providing air-to-air heat transfer, allowing the energy in hot gas to pass to cooler air.

Economizer

A heat exchanger that lowers the flue gas temperature of a boiler, recovers that low-grade heat and provides additional fuel savings.

Biogas Equipment

Design and manufacture of equipment for biogas power plants.

Plant Equipment

Engineering calculation, design, manufacture and installation (EPC) for special projects requiring know-how, to world standards (EN-DIN-ASME).

Skid Systems

Process equipment designed and manufactured together with piping, valves, instrumentation and automation as a compact, integrated unit on a single steel frame.