High Efficiency Manufacturer Sonicator Homogenizer for Metal Processing
Product Main Parameters
| Model | H-UMP10 | H-UMP15 | H-UMP20 |
|---|---|---|---|
| Frequency | 20 ± 1 KHz | 20 ± 1 KHz | 20 ± 1 KHz |
| Power | 1000VA | 1500VA | 2000VA |
| Input Voltage | 220±10%(V) | 220±10%(V) | 220±10%(V) |
| Maximum Bearing Temperature | 800℃ | 800℃ | 800℃ |
| Probe Diameter | 31mm | 45mm | 45mm |
Common Product Specifications
| Parameter | Specification |
|---|---|
| High Temperature Resistance | 800℃ |
| Installation | Fixed by Flange Connection |
| Corrosion Resistance | High-Strength Titanium Alloy Tool Head |
| High Power | Up to 3000W for Single Radiant Head |
Product Manufacturing Process
The manufacturing of sonicator homogenizers involves precise assembly of electronic and mechanical components to ensure efficient ultrasonic wave generation and transmission. The process begins with the selection of high-quality materials, including piezoelectric transducers and titanium alloy probes. These components are meticulously assembled using advanced machinery and techniques, ensuring tight tolerances and optimal functionality. Ultrasonic testing is performed to verify the homogeneity and reliability of the sonicator. Quality control is rigorous, with each unit undergoing extensive calibration and performance assessment. This comprehensive approach ensures that the sonicator homogenizers are capable of meeting the demanding requirements of various industrial applications, offering precision and durability.
Product Application Scenarios
Sonicator homogenizers are invaluable in multiple application scenarios, driven by their ability to apply ultrasonic energy for precise material manipulation. In the field of molecular biology, they facilitate the extraction of nucleic acids and proteins by effectively lysing cell membranes. The pharmaceutical industry leverages sonicator homogenizers for nanoparticle formulation, crucial for drug delivery systems where uniform particle sizes enhance bioavailability. Food technology benefits from their capability to create stable emulsions, improving texture and preserving nutritional quality. Moreover, in chemical engineering, they are applied for the synthesis of nanomaterials and environmental remediation processes. Across these scenarios, sonicator homogenizers by Hanspire Automation demonstrate versatility and precision, establishing them as essential tools for modern industries.
Product After-Sales Service
- 24/7 customer support
- Comprehensive warranty coverage
- Online troubleshooting resources
- On-site maintenance services
- Replacement parts availability
Product Transportation
Products are securely packaged for international shipping, complying with standards for electronics and sensitive equipment. Hanspire Automation ensures timely delivery through reliable logistics partners.
Product Advantages
- High-efficiency ultrasonic processing
- Enhanced product durability and reliability
- Customizable settings for specific applications
- Robust construction with corrosion-resistant materials
- Energy-efficient design
Product FAQ
- Q: What is the maximum operating temperature of the sonicator homogenizer?
A: The sonicator homogenizer is designed to operate at a maximum temperature of 800℃, ensuring it can handle high-temperature applications safely and effectively. - Q: How does the sonicator homogenizer contribute to metal processing?
A: By utilizing ultrasonic waves to create a fine equiaxed crystal structure during metal solidification, improving mechanical properties and reducing defects.
Product Hot Topics
- Topic: The Role of Sonicator Homogenizers in Nanotechnology
Comment: Sonicator homogenizers are pivotal in nanotechnology for the dispersion and synthesis of nanoparticles. Their precision and ultrasonic capabilities allow for uniform particle distribution, essential for developing nanomaterials with enhanced properties. As a manufacturer of state-of-the-art sonicator homogenizers, Hanspire Automation provides critical tools that facilitate advancements in fields like drug delivery and environmental remediation. Their equipment's reliability and adaptability make them a preferred choice for researchers and industry professionals seeking innovative solutions in nanotechnology.
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