Lab Ultrasonic Homogenizer For Mix Epoxy Resin with Graphite Filler

The application of ultrasonic homogenizers for energy efficient operation of liquid and powder mixtures under high stress and high shear forces, simple liquids and slurries is expected to drive the ultrasonic homogenizer market significantly over the forecast period. Ultrasonic homogenization provides the functions of dispersion, mixing, extraction, chemical reaction and size reduction for industrial and laboratory use. While ultrasonic batch homogenizers can be used for laboratory purposes, continuous ultrasonic homogenizers can be used for industrial purposes.

What are the relevant features of the ultrasonic homogenizer?

The function of the ultrasonic homogenizer is to mix things with different textures evenly through its high-speed screen, so that the raw materials can be better fused together, achieve a good emulsification state, and play the role of eliminating air bubbles.

The higher the power of the ultrasonic homogenizer, the higher the rotation speed and the higher the efficiency during production. The longer the main column of the homogenizer, the more volume can be homogenized.

Application area of ultrasonic homogenizer: various tissue mashing and cell lysis, extraction of organelles, nucleic acids, proteins as well as emulsification and homogenization of other industrial samples.

Advantages: The ultrasonic homogenizer is easy to operate and can process different sample quantities by changing different probes; it has a good emulsifying and homogenizing effect and is suitable for single sample operation.

What are the product characteristics of working with the ultrasonic homogenizer?

We encounter emulsions with the ultrasonic homogenizer in many different forms of daily life, for example in cosmetics or lotions. Technical applications of ultrasonic homogenization range from the production of paints and varnishes to the homogenization of wastewater and soil samples (for analytical purposes) to sample preparation for particle size analysis.

Industrial wastewater, in particular, is continuously tested in environmental laboratories for the presence of heavy metals, fats or oils in order to be able to take immediate action if limit values are exceeded. To obtain representative analytical results, it is necessary to transfer the wastewater sample to a homogeneous state. These must be achieved in a short time by using the ultrasonic homogenizer with high reliability.

ultrasonic homogenizers are used for sample preparation in agriculture. For example, the ultrasonic homogenizer enables dense and fine homogenization of rosette cells in the shortest possible time. The ultimately achievable particle size is less than 1 μm, which simplifies the subsequent filtration to wash out the ions as no agglomerates are formed.

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Ultrasonic Homogenizer Reviews From Customers:

Customers' evalution as follow:

The ultrasonic homgenzier  works very well.

After doing relevant comparative tests in the laboratory, we found that the material can be dissolved in the base liquid very well without a catalyst.

You have been most kind and helpful. Thank you for your expert communication.

Customers' recognition and trust is our driving force.

Shengpai Technology relies on “Customer Service Being First” as its corporate culture. Aim is ”Quality First, Service First”. Today, because of its abundant professional knowledge and good after-sales service, Shengpai Technology has gained a very good reputation.

Frequently Asked Questions (FAQs):

1. What is a hybrid of nanomaterials?

The mixing of nanomaterials is the ultrasonic wave that causes the formation and collapse of tiny bubbles in the liquid. These bursting bubbles create intense shock waves that break up particles and promote efficient mixing in liquid processing.

2. Can I customize the processor settings for different applications?

Yes, our high powered ultrasonic liquid handlers allow precise control of intensity, frequency and processing time. This enables you to tailor the settings to suit various applications and achieve the best results.

3. What kind of maintenance does the processor need?

The processor is designed for easy maintenance. Clean the ultrasonic probe and container regularly, and check for wear regularly to ensure stable performance. Detailed maintenance guidelines are provided in the user manual.

4. Is this processor suitable for small scale operation?

Of course, our high power ultrasonic liquid handlers are versatile and can scale to accommodate small and large operations, making them suitable for businesses of all sizes.

5. What is the service life of the high-power ultrasonic liquid processor?

With its sturdy construction and high-quality materials, this processor is engineered to be durable and provide years of reliable operation. Proper care and maintenance can further extend its lifespan.

6. Does the processor have security features?

Yes, safety is the most important thing. Our processors are equipped with multiple safety mechanisms, including overheating protection, voltage regulation, abnormal automatic shutdown, etc., to ensure safe operation.

7. How can processors contribute to sustainable practices?

The processor's energy-efficient design minimizes power consumption and reduces environmental impact. Additionally, its rapid processing capability reduces waste generation, consistent with sustainable manufacturing practices.

8. Can it be used in nanoemulsion production?

Of course, high power ultrasonic liquid handlers are good at producing nanoemulsions. Its precisely controlled and powerful cavitation produces stable nano-sized droplets, which is critical for nanoemulsion formulations.

9. What technical support and training do you provide?

We provide comprehensive technical support, including installation guidance, operation training and troubleshooting assistance. Our team is dedicated to ensuring a seamless experience with Processor.

10. Is there any successful case of using this processor for dispersion and dissolution?

Yes, we have many success stories proving the effectiveness of processors on difficult to dissolve materials. These case studies demonstrate that many refractory materials can be sonicated to fuse and improve product quality.

Experience the future of ultrasonic liquid handling with our high power ultrasonic liquid handlers. Unlock its high power potential at low cost and increase production capacity across industries.