Wholesale High Efficiency 20KHz Ultrasonic Make Up Emulsification
Product Main Parameters
| Model | Frequency | Power | Input Voltage | Max Bearing Temperature | Probe Diameter |
|---|---|---|---|---|---|
| H-UMP10 | 20 ± 1 KHz | 1000VA | 220±10%(V) | 800℃ | 31mm |
| H-UMP15 | 20 ± 1 KHz | 1500VA | 220±10%(V) | 800℃ | 45mm |
| H-UMP20 | 20 ± 1 KHz | 2000VA | 220±10%(V) | 800℃ | 45mm |
Common Product Specifications
| Specification | Value |
|---|---|
| High Temperature Resistance | Up to 800℃ |
| Installation | Flange Connection |
| Corrosion Resistance | High-Strength Titanium Alloy |
| Maximum Power | 3000W |
Product Manufacturing Process
Ultrasonic make up emulsification and metal melt processing leverage advanced acoustic effects to refine crystallization and enhance product integrity. The process involves ultrasonic vibration, which transforms the solidification structure from coarse to fine, improving macro and micro segregation. Research indicates ultrasonic energy should be inserted directly into the metal melt to maximize the effect. For accurate ultrasonic action, parameters such as melt volume, ultrasonic power output, and action duration are calibrated to achieve optimal results.
Product Application Scenarios
Ultrasonic treatment is crucial in industries involving high-strength aluminum and magnesium alloy casting, production of alloy bars, and crystallization degassing. Its role extends to manufacturing high-strength components like motor rotors and pistons. Academic literature affirms that ultrasonic emulsification offers enhanced metal structure and improved mechanical properties, making it indispensable for producing composites and alloys used in aerospace and automotive applications.
Product After-Sales Service
- Warranty Period: 1 year
- Customer Support: Available 24/7 for technical assistance
- Replacement Parts: Shipped within 48 hours for critical components
- On-site Service: Provided for troubleshooting and repairs
Product Transportation
- Shipping: Worldwide delivery options available
- Packaging: Standard export packaging ensuring product safety
- Delivery Time: Typically within 2-3 weeks for bulk orders
- Handling Instructions: Detailed instructions provided for safe handling
Product Advantages
- High efficiency in make up emulsification and metal processing
- Durable construction with high-strength titanium
- Easy installation and maintenance
- Adaptable in various industrial applications
Product FAQ
- What is the maximum temperature the device can withstand? The device has a maximum bearing temperature of 800℃, making it suitable for high-temperature processing environments.
- How does the ultrasonic process improve metal quality? Ultrasonic waves accelerate bubble discharge in molten metal, leading to improved structural integrity and reduced porosity.
- Is the installation process complicated? No, it is designed for easy installation using a flange connection, ensuring quick setup and minimal downtime.
- Can this device be used for make up emulsification? Yes, its high-energy ultrasound capabilities make it ideal for emulsification processes in cosmetics manufacturing.
- What materials are used in construction? The probe is made from high-strength titanium alloy, offering excellent corrosion resistance and durability.
- Is technical support available after purchase? Yes, we offer comprehensive technical support and customer service to assist with any issues.
- What power options does the device offer? The device is available in various power configurations (1000VA, 1500VA, 2000VA) to suit different industrial needs.
- Do you offer wholesale pricing? Yes, we provide competitive wholesale pricing for bulk purchases, making it a cost-effective solution for large-scale operations.
- How does the device handle high humidity environments? The device is built to operate efficiently under various environmental conditions, ensuring consistent performance.
- What safety measures are incorporated in the design? The device includes safety features to protect against overheating and electrical faults, ensuring safe operation.
Product Hot Topics
- How does ultrasonic technology enhance make up emulsification? By providing high-energy ultrasound, the device improves emulsification, creating stable mixtures essential for cosmetic formulations.
- The future of ultrasonic applications in metal processing With ongoing advancements, ultrasonic technology is set to revolutionize metal casting and processing, offering unprecedented efficiency and quality.
- Key benefits of ultrasonic emulsification in the cosmetics industry This technology enables the creation of superior cosmetic products by ensuring better texture, absorption, and ingredient synergy.
- Exploring the role of ultrasonic waves in alloy casting Ultrasonic waves significantly refine alloy structures, leading to stronger and more durable metal products.
- Advantages of wholesale ultrasonic devices for industrial processes Bulk purchasing of ultrasonic devices provides cost savings and efficiency benefits for large-scale manufacturing.
- The impact of ultrasonic innovations on global manufacturing As industries seek sustainable and efficient solutions, ultrasonic technology is becoming a cornerstone for modern manufacturing methods.
- Understanding the mechanics behind ultrasonic make up emulsification This process leverages acoustic energy to blend immiscible liquids, essential for creating stable cosmetic products.
- Challenges and solutions in implementing ultrasonic systems While implementation can be complex, advances in design and technology offer solutions for seamless integration into manufacturing lines.
- How does wholesale availability benefit cosmetic manufacturers? Access to affordable, high-quality ultrasonic devices allows cosmetic manufacturers to enhance production capabilities and product quality.
- Innovations in ultrasonic technology driving market growth Ongoing research and development in ultrasonic applications promise new opportunities for industry growth and product innovation.
Image Description
