Innovative reflective trim testing methods are creating safer environments for fire service personnel
In firefighter PPE, reflective trim supports:
The question isn’t simply, “did it pass a lab test? It’s “Is it still visible after fire exposure?”
Using the PyroMan thermal manikin system at North Carolina State University, SRI Labs evaluates reflective trim under controlled, life-sized flame exposure.
This testing provides:
We are not staging demonstrations. We are observing performance trends, compatibility limits, and post-exposure visibility under conditions that standard testing cannot replicate.
Full-scale testing is supported by rigorous bench-level evaluation to establish baseline performance characteristics.
This includes controlled testing for:
Bench testing establishes the foundation. PyroMan testing reveals how that foundation performs under fire. Together, they provide a layered, disciplined understanding of reflective trim behavior.
SRI Labs operates on a systems-based philosophy. We do not evaluate reflective trim in isolation, we evaluate:
Fire testing is not a marketing exercise. It is an extension of our broader commitment to predictable performance in safety-critical environments.
When firefighters must see their way safe, incremental improvements in post-exposure visibilitymatter.
If you’re developing, specifying, or evaluating reflective trim for fire service applications, let’s continue the conversation.
There’s a question that keeps coming up at fire and safety tradeshows. Not about which standard applies, or whether an High-Visibility Safety
When retroreflective trim moves with the garment
—
and the worker
—
it becomes part of the garment’s<br
Fire service environments demand validation beyond minimum requirements. For organizations developing, specifying, or evaluating firefighter PPE, engaging early with advanced testing helps
