AGG (Australian Glass Group) is one of Australia’s leading glass processors, operating three production plants across New South Wales, Victoria, and Tasmania.
For more than 30 years, the company has specialised in manufacturing high-performance insulating glass units (IGUs) for window fabricators serving primarily the residential market and light commercial projects.
As building codes evolve and demand for energy-efficient buildings grows, AGG has continuously expanded its IGU capabilities. Today, producing high-performance glass units that meet strict performance requirements is a core part of their offering.
But delivering performance means more than producing visually flawless glass, it requires consistent verification of what is inside the unit. However, verifying that the intended gas concentration was actually achieved in production was not always straightforward.
Without independent verification, manufacturers may lack certainty about the real gas content in sealed units.
To gain reliable confirmation of gas fill levels, AGG implemented a Sparklike’s Handheld gas measurement device to verify the gas content directly in finished IGUs.
The decision was driven by several practical factors:
- Fast measurements
- Ease of use in production
- Accurate results
- Non-destructive testing
AGG uses the Sparklike Handheld device as part of its regular quality assurance process.
Depending on production output, operators test a number of randomly selected finished units during each shift. These units represent different jobs, sizes, and glass types.
By measuring sealed IGUs directly, AGG can quickly confirm whether production is consistently achieving the required gas fill levels. If a deviation occurs, it can be detected immediately.
For AGG, the key benefits of implementing Sparklike are simple but essential:
- Quick and easy verification
- Accurate measurement results
- Assurance of compliance
- Confidence in production quality
Consistency in argon fill levels is particularly important because it directly reflects the reliability of the production process.