8-Channel Comb Nozzle, Black Acetal
The 8-channel comb nozzle with a flat jet and 1/4″ BSP external thread is a highly efficient solution for removing liquids, fine chips, shavings, and other contaminants from larger surfaces. Engineered from durable acetal, it ensures reliable performance under working pressures up to 10 bar and within a temperature range of -20°C to +60°C. Delivering an impressive airflow of 580 l/min at 8 bar, it combines strong blowing power of 5.05 N with a remarkably low noise level of just 81.5 dB, making it both powerful and operator-friendly. Its design guarantees compliance with OSHA standard 1910.95 (b), STD 1-13.1, and directive 2003/10/EC, ensuring safe and efficient use in industrial environments. Perfect for integration into air knife systems, this nozzle provides consistent, high-performance air distribution while reducing energy consumption and noise emissions. Its robust construction and optimized jet geometry make it an ideal choice for demanding applications where precision, efficiency, and safety are essential.
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The 8-channel comb nozzle with a flat jet and 1/4″ BSP external thread is a highly efficient solution for removing liquids, fine chips, shavings, and other contaminants from larger surfaces. Engineered from durable acetal, it ensures reliable performance under working pressures up to 10 bar and within a temperature range of -20°C to +60°C. Delivering an impressive airflow of 580 l/min at 8 bar, it combines strong blowing power of 5.05 N with a remarkably low noise level of just 81.5 dB, making it both powerful and operator-friendly. Its design guarantees compliance with OSHA standard 1910.95 (b), STD 1-13.1, and directive 2003/10/EC, ensuring safe and efficient use in industrial environments. Perfect for integration into air knife systems, this nozzle provides consistent, high-performance air distribution while reducing energy consumption and noise emissions. Its robust construction and optimized jet geometry make it an ideal choice for demanding applications where precision, efficiency, and safety are essential.















