[Best Place]:10mm [Irradiation Distance]: 10-30mm Input voltage: AC90-240 [Power Cord Length]: 1.8m Light source life: 10000 hours › See more product details; Product description Note: Due to the light and screen resolution, pictures and real objects may have slight color differences. Please refer to real products. Manual measurement may vary a few centimetres from the actual distance. We describe the light effect performance, not the voltage power. Actual performance: 10 W (the efficiency of ultraviolet light is 100 W compared to conventional UV lamps). 395 light intensity: 2600 mW/cm². 365 light intensity: 1600 mW/cm². [Best Place]:10mm [Irradiation Distance]: 10-30mm UV lamp beads: imported chip. Input voltage: AC90-240. [Power Cord Length]: 1.8m Light source life: 10000 hours. Wide range of applications: 1. Optical communication devices (PLC splitter, CWDM, arrayed grating, waveguide AWG, etc., bonding of various glass packaging structures). 2. Gluing small speaker devices, semiconductor chip packaging, sensor production, gluing hard drive heads, mounting mobile phone components. 3. Syringes, catheters, biochips, endoscopes, bonding of PVC, etc. in medical devices. 4. Optical small lens bonding (microscope, infrared instrument, telescope, night vision device). 5. PCB (capacitor, inductor, chip), protective coating of the circuit board, coil mounting. 6. Scientific research facilities: semiconductors, communication laboratories, medical polymer materials, photocatalysis and others; Product description Note: Due to the light and screen resolution, pictures and real objects may have slight color differences. Please refer to real products. Manual measurement may vary a few centimetres from the actual distance. We describe the light effect performance, not the voltage power. Actual performance: 10 W (the efficiency of ultraviolet light is 100 W compared to conventional UV lamps). 395 light intensity: 2600 mW/cm². 365 light intensity: 1600 mW/cm². [Best Place]:10mm [Irradiation Distance]: 10-30mm UV lamp beads: imported chip. Input voltage: AC90-240. [Power Cord Length]: 1.8m Light source life: 10000 hours. Wide range of applications: 1. Optical communication devices (PLC splitter, CWDM, arrayed grating, waveguide AWG, etc., bonding of various glass packaging structures). 2. Gluing small speaker devices, semiconductor chip packaging, sensor production, gluing hard drive heads, mounting mobile phone components. 3. Syringes, catheters, biochips, endoscopes, bonding of PVC, etc. in medical devices. 4. Optical small lens bonding (microscope, infrared instrument, telescope, night vision device). 5. PCB (capacitor, inductor, chip), protective coating of the circuit board, coil mounting. 6. Scientific research facilities: semiconductors, communication laboratories, medical polymer materials, photocatalysis and others; Note: Due to the light and screen resolution, pictures and real objects may have slight color differences. Please refer to real products. Manual measurement may vary a few centimetres from the actual distance. We describe the light effect performance, not the voltage power. Actual performance: 10 W (the efficiency of ultraviolet light is 100 W compared to conventional UV lamps). 395 light intensity: 2600 mW/cm². 365 light intensity: 1600 mW/cm². [Best Place]:10mm [Irradiation Distance]: 10-30mm UV lamp beads: imported chip. Input voltage: AC90-240. [Power Cord Length]: 1.8m Light source life: 10000 hours. Wide range of applications: 1. Optical communication devices (PLC splitter, CWDM, arrayed grating, waveguide AWG, etc., bonding of various glass packaging structures). 2. Gluing small speaker devices, semiconductor chip packaging, sensor production, gluing hard drive heads, mounting mobile phone components. 3. Syringes, catheters, biochips, endoscopes, bonding of PVC, etc. in medical devices. 4. Optical small lens bonding (microscope, infrared instrument, telescope, night vision device). 5. PCB (capacitor, inductor, chip), protective coating of the circuit board, coil mounting. 6. Scientific research facilities: semiconductors, communication laboratories, medical polymer materials, photocatalysis and others
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