INFRASOLID specializes in manufacturing innovative, high-performance thermal infrared emitters based on patented nanotechnology for gas detection and spectroscopy.
INFRASOLID GmbH is an industry-leading manufacturer of advanced thermal infrared emitters, primarily utilized in highly sensitive gas detection and spectroscopy applications. Founded on patented nanotechnology combined with self-supporting monolithic structures, their infrared sources deliver miniaturized yet highly powerful optical performance.
Because they produce vital electronic components such as SMD and TO emitters, INFRASOLID places extreme importance on strict handling protocols. Their comprehensive technical documentation provides critical guidelines on electrostatic discharge protection, ideal soldering temperature profiles, safe storage conditions, and window cleaning practices. By adhering to these exacting specifications, engineers can ensure long-term reliability and precise operation in their analytical devices.
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Gently wipe stains off the window material using a cotton swab moistened with ethyl alcohol. Avoid unapproved solvents, dry rubbing, ultrasonic cleaning, or steam cleaning as this can critically damage the product.
Store components in a dry environment at normal room temperatures between 15°C and 35°C, with relative humidity of 30% to 75%. Keep them away from moisture, strong acids, and bases.
Always wear nitrile rubber protective gloves and refrain from ever touching the filament. Handle with plastic tweezers (metal tweezers can scratch the component), and never use air blowers to clean open emitters.
Overheating can damage the emitter or cause infrared filters to detach. Reflow soldering profiles should follow maximum datasheet limits (typically avoiding prolonged temperatures above 245°C - 300°C depending on distance). Manual soldering must be performed with a grounded, temperature-controlled iron without placing physical stress on the package.