The plate and frame type heat exchangers or Plate Heat Exchanger (PHEs) are expandable and easy to modify.
The PHEs can be used in the following heat transfer applications plus more:
Our PHE Services:
If you are looking for incredible value plate heat exchangers, contact us or give us a call today on 02 9618 1455.
Sepak Industries supplies brazed plate heat exchangers, offering a compact, efficient, and maintenance-free solution for heating, cooling, and condensing applications. With no gaskets required, these exchangers can operate continuously under extreme temperatures and high pressures, making them ideal for demanding industrial and process environments.
Optimised plate corrugation and turbulence ensure up to 95% heat transfer efficiency, even at low flow rates.
High turbulence minimises fouling and reduces downtime.
Space-saving design with high thermal performance.
Stainless steel plates brazed with copper or nickel for strength and long service life.
No gaskets to replace, reducing operating costs.
Water heating and cooling systems
Refrigeration and glycol chilling
Heat recovery systems
Industrial and process heating or cooling
Protection of high-value equipment
Sepak Industries supplies plate and frame heat exchangers that are among the most efficient and economical on the market, achieving up to 95% efficiency with a compact, space-saving design. Standard flow plates are manufactured from stainless steel, with options available in titanium and other exotic materials for demanding applications.
We offer complete design, supply, and installation of heat exchangers and heat exchange systems for a wide range of industries, including:
Water-to-water heating or cooling
Heat recovery pasteurisers for milk, wine, and juices
Chilling of fluids (e.g. glycol)
Protection of high-value heating and cooling equipment
Pressure breaker (buffer) applications
Sepak’s extensive range of plate heat exchangers provides the optimal solution for any duty, with connection sizes from Ø15 – Ø500 mm and flow capacities from 50 L/hour up to 2000 m³/hour.
The innovative inlet design ensures perfect distribution of liquids across the heating surface, while increased inlet area and precision grooves eliminate “dead spots” where bacteria could otherwise form. This design guarantees hygienic performance, strong construction, and long service life with minimal maintenance.