15kHz ultrasonic horn is a core component in ultrasonic welding systems, specifically designed for welding filter bags made of nonwoven or thermoplastic materials. Engineered with precision and crafted from hardened aluminum, this horn ensures stable performance, consistent energy transmission, and long service life.
♻️ Key Advantages Precision Machining : Manufactured with CNC equipment to ensure optimal frequency matching and uniform amplitude distribution.
High Efficiency : Designed to work seamlessly with 15kHz ultrasonic transducers and boosters for high-speed, stable welding results.
Material Options : Available in high-strength aluminum for durability and application-specific requirements.
Customized Designs : Horn shape, amplitude, and surface treatment can be customized based on filter bag size, fabric type, and welding pattern.
Excellent Heat Resistance: Maintains performance during continuous operation at high temperatures and loads.
♻️ Technical Specifications
Frequency: 15kHz
Material: Titanium alloy or hardened aluminum
Application: Ultrasonic welding of filter bags, including dust collector bags, liquid filtration bags, and industrial textile filters
Surface Finish: Hard anodized or mirror-polished, depending on application
Compatibility: Suitable for most 15kHz ultrasonic welding systems (Branson, Rinco, Herrmann, etc.)
♻️Applications
Industrial dust collection filter bags Liquid filtration bags for food, pharmaceutical, and chemical industries Automotive and HVAC fabric filters Pleated or multi-layer nonwoven bags
♻️ Advabtages
Clean, strong, and consistent welds without glue or stitching No thermal damage or deformation to the filter material Easy integration with automated ultrasonic welding lines Reduced maintenance and long operational life ♻️ Why Choose Us？
With years of expertise in ultrasonic welding technology, we provide not only superior horns but also full technical support, customized solutions, and reliable after-sales service. Each horn is rigorously tested for frequency, amplitude, and endurance before delivery.
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