Fuel cell materials are high value, multi-layered, and process sensitive. Manufacturers often need to monitor membrane thickness, catalyst coat weight, platinum loading, profile uniformity, and layer consistency across the web while minimizing overuse of costly precious materials.
Total coat weight is useful, but platinum loading often needs to be measured separately to control cost and product quality.
Catalyst layers, membranes, backing materials, and downstream assembly steps can make the measurement target more complex than a simple single-layer coating.
When platinum loading is too high, cost rises quickly. When it is too low or non-uniform, product performance and consistency can suffer.
Fuel cell coating lines benefit from real-time cross-web data because offline tests alone do not give operators enough visibility to react quickly.
For teams trying to reduce platinum overuse, improve coating uniformity, tighten process control, or better understand profile behavior across the web, in-line x-ray measurement becomes a very high-value tool.
Scantech systems are designed for high-value web processes where manufacturers need more than one general coating number. In fuel cell applications, the system can be configured to monitor thickness, basis weight, and platinum loading while scanning across the web to reveal profile shape, lane behavior, and local variation.
This is especially valuable for catalyst coated membrane production because it helps separate a costly functional element from the rest of the coated structure. Instead of only estimating total coating performance from periodic offline checks, operators can understand how the process is behaving in real time. For a broader overview of the technology, see our page on x-ray transmission web gauging.
The result is better process visibility for coating, drying, direct coating, and transfer-style architectures where profile control and material efficiency both matter.
If your team needs real-time data for platinum control, thickness profiling, coating consistency, or process optimization, this is the type of system architecture worth evaluating.
| Primary Applications | Catalyst coated membranes, CCM direct coating, decal coating and drying, hot pressing and transfer-related fuel cell web processes |
| Measured Parameters | Thickness, basis weight, platinum loading, profile uniformity |
| Sensor Technology | X-ray transmission |
| Scanner Platform | ULO3 cross-web scanning frame |
| Available Widths | Approximately 500 mm to 3500 mm depending on system configuration |
| Control Objective | Real-time process visibility, precious material control, and closed-loop optimization potential |
Fuel cell measurement systems fit best on continuous web processes where the value of the coating is high, profile uniformity matters, and operators need better insight than occasional offline sampling can provide.
Real-time measurement for catalyst coated membrane production where platinum loading and coating uniformity directly affect cost and quality.
Direct coating lines where cross-web profiling and independent platinum measurement can support tighter process control.
Useful on coating, drying, hot pressing, and decal-removal style production flows where multiple process stages need to be correlated.
High-value manufacturing environments where better web measurement can support yield, consistency, and reduced material waste.
If the goal is better platinum usage control, stronger coating consistency, more confidence in membrane production, or better process visibility across the web, this category is often worth evaluating.
Convert between coating thickness, coating weight, and density for fuel cell membrane and coated web process calculations.
Estimate the return from improved coating consistency, reduced overcoating, stronger process visibility, and lower material losses.
Review broader coating thickness, basis weight, density, and x-ray web measurement technologies supported across advanced coating applications.
Gauge Advisor is the official sales partner for Scantech to deliver non-contact measurement systems for fuel cell and advanced coated web manufacturing. Scantech systems support catalyst coated membrane measurement, platinum loading control, thickness and basis weight profiling, and real-time cross-web visibility for high-value hydrogen fuel cell production processes.
Send your process type, membrane or CCM structure, line width, key quality targets, whether platinum needs to be measured separately, and whether you need thickness, basis weight, or profile visibility. We will help you determine the most practical Scantech measurement architecture for your line.
