Visualizing Surface Pressure Quickly, Precisely and Cost-Effectively
Accurate pressure distribution measurement is essential in many industrial applications. Uneven surface pressure can lead to production defects, premature wear, leakage problems or reduced product quality.
Pressure measurement films from Kager Industrieprodukte GmbH provide a fast, precise and economical solution for visualizing pressure distribution across contact surfaces.
These highly sensitive pressure indicating films offer a cost-effective alternative to complex electronic pressure measurement systems and are ideal for industrial quality control, process optimization and laboratory applications.
How Pressure Measurement Films Work
Pressure indicating films visualize applied pressure through a color-changing reaction. The intensity of the color directly corresponds to the amount of pressure applied.
Single-Layer Pressure Film
In the single-layer version, color-filled microcapsules and a developer are integrated into one film layer. Under pressure, the capsules burst and create a visible color reaction.
The color intensity allows the applied surface pressure to be evaluated quickly and easily.
Two-Sheet Pressure Film
In the two-sheet version, the first layer contains microcapsules of different sizes. Under pressure, these capsules rupture and release a reactive liquid that interacts with the color-developing layer of the second sheet.
This creates a pressure-dependent red coloration that enables highly precise pressure analysis, especially in lower pressure ranges.
Evaluating the Pressure Measurement
The color intensity is evaluated using a calibrated color scale and pressure-density diagram.
Step 1: Temperature and Humidity Correction
Environmental conditions such as temperature and relative humidity are first considered to determine the correct pressure response curve.
Step 2: Determining Color Density
The developed coloration is compared with a standard color scale to determine the density value.
Step 3: Calculating the Pressure Value
Using the selected curve and density value, the actual pressure in MPa or N/mm² can be determined.
The resulting force can then be calculated by multiplying the pressure by the colored contact area.
Available Pressure Ranges
Our pressure measurement films cover a wide range of applications:
| Film Type | Measuring Range |
| Ultra Super Low Pressure | 0.2 – 0.6 N/mm² |
| Super Low Pressure | 0.5 – 2.5 N/mm² |
| Low Pressure | 2.5 – 10 N/mm² |
| Medium Pressure | 10 – 50 N/mm² |
| High Pressure | 50 – 130 N/mm² |
| Super High Pressure | 130 – 300 N/mm² |
The films provide a high spatial resolution of up to 0.1 mm.
Advantages of Pressure Measurement Films
- Fast and easy pressure visualization
- Identification of pressure peaks
- Cost-effective alternative to electronic sensors
- No power supply required
- High measurement resolution
- Ideal for quality assurance and process optimization
- Suitable for laboratories and industrial production
Typical Applications
Pressure measurement films are commonly used for:
- Pressure distribution analysis
- Roller alignment
- Tool setup optimization
- Surface contact inspection
- Sealing pressure verification
- Lamination processes
- Battery and fuel cell production
- Electronics and semiconductor manufacturing
- Automotive and aerospace engineering
Cost-Effective Alternative for Industrial Pressure Measurement
Kager Industrieprodukte GmbH offers high-quality pressure measurement films as a reliable and economical alternative to established premium pressure indicating systems.
Our solutions combine precision, ease of use and excellent value for money.
Learn more about industrial pressure measurement
