Yujie HJ-6015 Ultrasonic Welding Transducer
The Yujie HJ-6015 is our most powerful ultrasonic welding transducer, operating at 14.90-15.00 kHz with an industry-leading 2100W power output. Engineered for heavy-duty industrial welding, the lower 15 kHz frequency provides deeper penetration for thick materials and large components. Featuring dual threaded interfaces (M20×1.5 and M16×1) and ultra-low ≤10 Ω impedance, it offers flexible equipment integration with maximum energy transfer efficiency. The extended 151mm height and large Ø60×Ø30×10mm piezoelectric elements ensure sustained high-power operation for demanding production environments. Ideal for automotive, aerospace, and industrial applications requiring the welding of large plastic components and thick-wall parts.
Features & Applications
Technical Specifications
Each product is organized for procurement review: core performance, fit and mounting, operating limits, integration notes, and RFQ-ready supply terms.
Application Fit
- •Heavy-Duty Automotive Welding: Large bumpers, dashboards, door panels, fuel tanks
- •Large Component Assembly: Industrial containers, storage tanks, machine housings
- •Thick Material Joining: Multi-layer plastics, reinforced composites, thick-wall parts
- •Production Line Integration: High-volume manufacturing with continuous operation requirements
- •Aerospace Components: Interior panels, ducting systems, structural components
- •Agricultural Equipment: Large plastic tanks, enclosures, protective covers
Features
- ✔Maximum Power Output (2100W) – Highest power in the welding transducer series for heavy-duty applications
- ✔Low Frequency Design (15 kHz) – Deep penetration welding for thick materials and large parts
- ✔Dual Thread Interface – M20×1.5 and M16×1 options for flexible equipment compatibility
- ✔Ultra-Low Impedance (≤10 Ω) – Maximum efficiency energy transfer
- ✔Extended Height (151 mm) – Optimized amplitude for powerful vibration output
- ✔Large Piezoelectric Elements – Ø60×Ø30×10mm elements for sustained high-power operation
Applications
- •Heavy-Duty Automotive Welding: Large bumpers, dashboards, door panels, fuel tanks
- •Large Component Assembly: Industrial containers, storage tanks, machine housings
- •Thick Material Joining: Multi-layer plastics, reinforced composites, thick-wall parts
- •Production Line Integration: High-volume manufacturing with continuous operation requirements
- •Aerospace Components: Interior panels, ducting systems, structural components
- •Agricultural Equipment: Large plastic tanks, enclosures, protective covers
Need Engineering Support for HJ-6015?
Share generator frequency, horn stack geometry, mounting thread, power target, and operating duty to receive an RFQ-ready recommendation.
Engineering Links
Browse the wider product family and compare adjacent models.
Read the matching guide or engineering article for this product family.
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20 kHz model for precision welding in electronics and automotive systems.
Request Specifications & Pricing for HJ-6015
Get detailed datasheets, OEM pricing, and lead time for the HJ-6015. MOQ for welding transducer evaluation normally starts from 10 pcs for established designs. Available documentation commonly includes impedance / resonance test data, outgoing QC records, and batch consistency reporting.
Key Specifications
Performance
| Model | HJ-6015 |
|---|---|
| Resonance Frequency | 14.90 - 15.00 kHz |
| Bandwidth | 1.30 - 0.20 kHz |
| Static Capacitance | 8000 pF |
| Impedance (Ø61 mm) | ≤ 10 Ω |
| Impedance (Ø80 × 233 mm) | ≤ 15 Ω |
| Insulated Impedance | ≥ 100 MΩ |
| Number of Piezoelectric Elements | 4 |
Mechanical
| Height | 151 mm |
|---|---|
| Threaded Interface | M20 × 1.5, M16 × 1 |
Operating Limits
| Maximum Size | Ø60 × Ø30 × 10 mm |
|---|---|
| Maximum Diameter | Ø61 mm |
Integration
| Power Output | 2100 W |
|---|
Procurement
| MOQ / Sample Policy | MOQ for welding transducer evaluation normally starts from 10 pcs for established designs. |
|---|---|
| Sample Lead Time | Sample lead time is usually 7-12 working days after stack dimensions, horn interface, and generator fit are confirmed. |
| Production Lead Time | Typical production lead time runs 3-6 weeks depending on tooling, stack tuning, and quantity. |
| Customization Scope | OEM changes commonly include thread interface, stack height, piezo configuration, tuned frequency window, and cable or terminal style. |
| Available Documents & Reports | Available documentation commonly includes impedance / resonance test data, outgoing QC records, and batch consistency reporting. |