Allied Heat Transfers design capability includes Thermal Calculations, Mechanical Calculations and Air Flow Calculations. Applicable codes and standards include AS1200, AS1210, AS1170 , AS1554, AS1665, AS3992, AS4037, AS4458, ASME Section VIII. Div 1, ASME Section 1, API, TEMA.
Manufacturing Capabilities include Shell and Tube Type Heat Exchangers, Air Cooled Heat Exchangers, Radiators, cogeneration Exchangers, Oil Coolers, Complete turnkey cooling and heating systems, Pressure Vessels, Fan Systems.
At Allied Heat Transfer we have a team of highly qualified heat transfer engineers, with a combined heat exchange experience of over 80 years continuous involvement in the field.
Our company utilises the latest engineering software, such as HTRI’s Xchanger Suite, PV Elite, and FEA modelling. All exchangers are modelled using Solidworks so we can provide you with PDF drawings, 2D drawings or 3D models to allow you to design your system to suit.
Manufacturing Capabilities include Shell and Tube Type Heat Exchangers, Air Cooled Heat Exchangers, Radiators, cogeneration Exchangers, Oil Coolers, Complete turnkey cooling and heating systems, Pressure Vessels, Fan Systems. Our manufacturing department is led by a dedicated team of experienced staff and routinely manufactures equipment in accordance with International standards. All welding is completed by experienced tradesmen to procedures qualified to recognised industry standards. All non-destructive examination is completed by inspection agencies with world recognised accreditations.
Our well equipped Maintenance workshops are staffed by people with long term experience in the refurbishment and re-manufacture of heat exchangers, These skilled staff have the knowledge and expertise to work on your heat exchangers with work practices that have been developed over many decades. Their aim is to extend the service life of your equipment.
Heat Exchanger Inspection
Inspections of heat exchangers are complete by our Qualified Pressure Vessel Inspector.
Pressure Test Facility
Hydrostatic pressure testing is conducted in our NATA accredited testing facility (NATA are a recognised accreditation body for examination and testing laboratories) in accordance with Standard AS4037. After hydrostatic pressure testing, a NATA test certificate is issued detailing the pressure and temperature readings over the test period.
Heat Transfer Rig
This piece of equipment enables Allied Heat Transfer to evaluate and plot the heat transfer performance of any heat exchanger construction thereby defining its heat rejection performance. The test unit facilitates the optimum thermal design of heat exchange systems where reductions in size, weight, noise and cost are a requirement. The CSIRO (Commonwealth Scientific and Industrial Research Organisation) have recognized the capabilities of this cutting edge piece of equipment and thus placed the Allied Heat Transfer Rig on the Technology Partnerships Equipment Register.
Fatigue Test Unit
Fatigue can often be a cause of failure for heat exchangers and it is useful to know how many pressure cycles a unit can be subjected to before it begins to deteriorate. Through our Fatigue Testing Unit we apply pressure cycles of varying magnitude and periods to a Heat Exchanger.
Throughout the test the exchanger is monitored and inspected, often tested to failure with the number of cycles before failure being recorded. Several identical exchangers can be tested to determine the expected service life for any range of products. If you would like to have a product tested, visit out maintenance division or contact us today to see how we can help.