Summary – Sparklike Laser Portable Proven by ift Rosenheim
- Independent validation:
- ift Rosenheim confirmed that Sparklike Laser Portable 2.2™ meets EN 1279-3 accuracy requirements for gas concentration measurement.
- Provides non-invasive, precise results for both double- and triple-glazed IGUs.
- Technology overview:
- Uses TDLAS with VCSEL laser to measure oxygen and calculate argon/krypton levels.
- Works through coated, laminated, and asymmetrical glass structures without damaging the IGU.
- Automatically scans IGU dimensions for accurate positioning.
- Test results:
- Double glazing: Avg. deviation 0.6% vs. gas chromatography; coatings/lamination had minimal impact.
- Triple glazing: Avg. deviation 1% vs. GC; accurate even with complex structures; coatings influence remained within standard limits.
- Benefits for manufacturers:
- Enables fast, repeatable, and compliant gas measurement without destroying IGUs.
- Reduces time, waste, and costs compared to invasive methods.
- Ensures reliable quality control and regulatory compliance in insulating glass production.
- Conclusion:
- Verified by ift Rosenheim, the Sparklike Laser Portable 2.2 is a trusted, efficient tool for maintaining high-quality IGUs in both production and testing environments.
The latest evaluation by ift Rosenheim confirms that the Sparklike Laser Portable 2.2™ meets the accuracy requirements of EN 1279-3 for measuring gas concentrations in insulating glass units (IGUs). With its tunable diode laser absorption spectroscopy (TDLAS) technology, the device provides non-invasive, precise measurements across various configurations of double and triple glazing.
Innovative Technology for Accurate Measurements
The Sparklike Laser Portable 2.2 is based on TDLAS technology, which uses a vertical-cavity surface-emitting laser (VCSEL) to measure oxygen levels and calculate argon or krypton concentrations. This approach allows for measurements through coatings and laminated glass without damaging the IGU or requiring additional components inside.
Key features of the device include:
- Scanning of IGU dimensions to ensure precise measurement points.
- Measurement through uncoated, coated, and laminated glass.
- Application in both double- and triple-glazed units.
This versatility makes the Sparklike Laser Portable 2.2 a valuable tool for quality control in the production of insulating glass.
Testing and Key Findings
The device underwent detailed testing at ift Rosenheim, which included:
- Gas Concentration Measurement in Double and Triple Glazing
- Measurements from both sides of IGUs.
- Assessment through various coatings and glass thicknesses.
- Testing with freshly filled argon gas samples at 92.5% concentration.
- Analysis of laminated glass with multiple PVB layers.
The results demonstrated high precision and compliance with industry standards:
Double-Glazed Units
- Average deviation of 0.6% from reference gas chromatography (GC) measurements.
- No significant effect from uncoated or laminated glass.
- Minimal influence from low-emissivity coatings, within the permissible range.
Triple-Glazed Units
- Average deviation of 1% from GC measurements for combined cavity results.
- Accurate performance even with laminated glass and asymmetrical thicknesses.
- Slight influence of coatings, with deviations within EN 1279-3 requirements.
Supporting Efficient Quality Control
By providing accurate measurements without damaging IGUs, the Sparklike Laser Portable 2.2 streamlines the quality control process. It reduces the time and material waste associated with traditional testing methods while ensuring compliance with regulatory standards.
A Reliable Choice for Insulating Glass Measurement
The Sparklike Laser Portable 2.2’s verified performance underscores its reliability for measuring gas concentrations in double- and triple-glazed IGUs. Its ability to handle various configurations and materials makes it a practical solution for manufacturers aiming to maintain high quality in insulating glass production.
Contact Sparklike for more information and support on measuring argon concentration in IGUs.
