MJ-922 (anaerobic adhesive) is a precision piezoelectric dispensing valve designed by Leica specifically for anaerobic adhesives. It utilizes advanced piezoelectric ceramic drive technology to address industry pain points such as easy curing, difficult bubble control, and high requirements for flow stability during dispensing. It is suitable for demanding applications such as high-precision threaded locking, sealing, and structural bonding.
MJ-922 (anaerobic adhesive) is a precision piezoelectric dispensing valve designed by Leica specifically for anaerobic adhesives. It utilizes advanced piezoelectric ceramic drive technology to address industry pain points such as easy curing, difficult bubble control, and high requirements for flow stability during dispensing. It is suitable for demanding applications such as high-precision threaded locking, sealing, and structural bonding.
MJ-922 (anaerobic adhesive) is a precision piezoelectric dispensing valve designed by Leica specifically for anaerobic adhesives. It utilizes advanced piezoelectric ceramic drive technology to address industry pain points such as easy curing, difficult bubble control, and high requirements for flow stability during dispensing. It is suitable for demanding applications such as high-precision threaded locking, sealing, and structural bonding.
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The MJ-928 (anaerobic adhesive) is a high-precision piezoelectric valve designed by Leica specifically for anaerobic adhesives. It features a top-adjusting screw cap design for quick adjustment of dispensing parameters. Its core features include an anti-curing flow path, high-speed piezoelectric drive, and corrosion-resistant materials, making it suitable for high-demand applications such as threaded locking and sealing.
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The MJ-928 is a new generation of high-precision piezoelectric dispensing valves launched by Leica. It features a top-adjusting cap design for quick adjustment of dispensing parameters, suitable for fluid control needs in fields such as precision electronic packaging, semiconductors, and medical equipment.
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