3000W 20KHZ Ultrasonic Welding Transducer With Booster Horn For Plastic Slabs Case Sealing Ultrasonic Welding Machine

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3000W 20KHZ Ultrasonic Welding Transducer With Booster Horn For Plastic Slabs Case Sealing Ultrasonic Welding Machine

The design and manufacturing of ultrasonic welding transducers need to consider multiple factors, including operating frequency, amplitude, power density, stability, and reliability. Among them, working frequency and amplitude are the key factors affecting the effectiveness of ultrasonic welding. Generally speaking, the higher the working frequency and amplitude, the greater the energy of ultrasonic waves, and the better the welding effect. However, excessively high operating frequencies and amplitudes can also lead to heat generation and fatigue issues in transducers, thus requiring trade-offs and optimization in the design and manufacturing processes.

Type	Full-length(mm)	Joint Bolt(mm)	Frequency(KHz)	Resonance Impedance(Ω)	Capacity(pF)	Input Power (W)
PLS-HJHNQ152600	153	M20×1.5	15	15	13000	2600
PLS-HJHNQ152000	167	M20×1.5	15	10	9500	2000
PLS-HJHNQ202000	128	M18×1	20	10	11000	2000
PLS-HJHNQ30500	77	M10×1.5	30	5	5500	500
PLS-HJHNQ28200	92.1	M10×1	28	20	3000	200
PLS-HJHNQ28100	91	M8×1	28	25	2200	100
PLS-HJHNQ28250	94	1/2-20 UNF	28	20	4000	250
PLS-HJHNQ202000	128	1/2-20 UNF	20	10	20000	2000
PLS-HJHNQ201500	124	1/2-20 UNF	20	10	16000	1500
PLS-HJHNQ38100	66	M8×1.25	38	40	1200	100
PLS-HJHNQ38200	65	M8×1	38	14	3300	200