Superior Industrial Ultrasonic Sensor: 28KHz Piezoelectric Transducer for Spot Welding

Harness the power of ultrasound with Hanstyle's High-Quality Industrial Ultrasonic Sensor. It is not just another sensor; it is a 28KHz Piezoelectric Transducer engineered especially for Spot Welding devices. As a highly efficient and versatile component, it plays a pivotal role in tapping the potential of high-frequency electrical energy and converting it to mechanical vibration. The heart of our industrial ultrasonic sensor is a technologically advanced transducer that operates at a frequency of 28KHz. It showcases an incredible ability to withstand high amounts of electromagnetic energy and converts this energy with maximum precision and minimal loss, ensuring ultra-efficient spot welding operations. Exceptionally suited for a range of industrial applications, this sensor offers unmatched performance and durability under the most challenging conditions. This specially designed industrial ultrasonic sensor not only sets a benchmark for reliability but also contributes to significant energy savings. Suited for both amateur and professionals, this sensor accelerates the spot welding process while ensuring quality and consistency.

Introduction:

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Ultrasound is the conversion of high-frequency electric energy into mechanical vibration through a transducer. The characteristics of the transducer depend on the material selection and manufacturing process. The performance and service life of the transducer of the same size and shape are very different. Commonly used high-power ultrasonic transducers are used in ultrasonic plastic welding machines, ultrasonic metal welding machines, various handheld ultrasonic tools, continuous working ultrasonic emulsifying homogenizers, atomizers, ultrasonic engraving machines and other equipment. Commonly used 15KHz 20KHz 28KHz 35KHz 40KHz 60KHz 70KHz and other products can also design and manufacture non-standard transducers according to customer special requirements to meet various needs.

Application:

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Suitable for automobile industry, electric industry, medical industry etc. It’s been widely used for Non-woven materials, fabrics, PVC materials, popular for making clothing, toys, food, environmental protection non-woven bags, masks and other different products.

Demonstration Of The Working Performance:

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Specifications:

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Item NO.	Frequency(KHz)	Dimensions				Impedance	Capacitance（pF)			Input power (W)	Max Amplitude (um)
		Shape	Ceramic diameter （mm)	Qty of ceramic	Connect screw		Yellow	Grey	Black
H-3828-2Z	28	Cylindrical	38	2	1/2-20UNF	30	4000-5000	/	/	500	3
H-3828-4Z	28		38	4	1/2-20UNF	30	7500-8500	/	10000-12000	800	4
H-3028-2Z	28		30	2	3/8-24UNF	30	2600-3400	3000-4000	/	400	3
H-2528-2Z	28		25	2	M8×1	35	1950-2250	2300-2500	/	300	3
H-2528-4Z	28		25	4	M8×1	30	3900-4200	/	/	400	4

Advantage:

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1. 1. High quality piezoelectric ceramic chips with strong and stable output. 2. High efficiency, high mechanical quality factor, achieving high electro-acoustic conversion efficiency at resonant frequency points. 3. Large amplitude: Computer optimized design, high vibration speed ratio. 4. High power, under the action of pre-stressed screws, the energy of piezoelectric ceramics is maximized; 5. Good heat resistance, low harmonic impedance, low calorific value, and wide temperature range for use.

2. Comments From Clients：

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Payment & Shipping:

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Minimum Order Quantity	Price（USD）	Packaging Details	Supply Ability	Delivery Port
1 Piece	180~330	normal export packaging	50000pcs	Shanghai

 

Our Industrial Ultrasonic Sensor is a testament to Hanstyle's commitment to innovation and our constant pursuit of excellence. It is a product of rigorous research, state-of-the-art technology, and meticulous craftsmanship. Designed with a keen eye on detail, it is the epitome of superior quality and performance. Whether to upgrade your current spot welding device or for a new project, our 28KHz Piezoelectric Transducer is an ideal choice. Unlock the power of ultrasound for spot welding with our top-of-the-line Industrial Ultrasonic Sensor.