Powder vibrating screen quotation

Small vibrating screen

Introduction: The ultrasonic test screen is a high-tech fine powder classification equipment developed by company engineers based on the RA-300 screen. It is currently the most effective instrument for solving mesh blockage during fine powder sample screening in the laboratory. It can be widely used in laboratories in industries such as pharmaceuticals, metallurgy, chemical engineering, mineral processing, and food. It has the characteristics of high screening accuracy and unobstructed mesh holes, truly solving laboratory screening problems such as agglomeration, static electricity, and strong adsorption clogging of mesh holes. It is a major technological breakthrough in the domestic screening industry and is used for laboratory experimental screening; People are accustomed to calling it an experimental sieve. It is a tool for grading and detecting the particle size of material particles. It is a sieve that has been inspected, appraised, and deemed to comply with the agreement by an organization. The experimental sieve has a specified mesh size, which is used to represent the specifications of each sieve. The sieve number is equivalent to "mesh" but not equal to "mesh"

Experimental screening parameters:

Model: CF-300

Voltage: 220V 50Hz

Power: 0.3KW

Screen diameter: 300mm

Number of screening layers: 1-8 layers

Vibration frequency: 1420n/min

Vibration amplitude: 1-4mm

Timing time: 1-15 minutes

Weight: 45kg

Dimensions: 500 * 450 * 650mm

Environmental temperature: -15 ℃~65 ℃

Motor brand: Shanghai Electric

Experimental sieve is a standard experimental sieve that integrates powder particle classification and liquid filtration; Used in laboratories and quality inspection rooms; Accurate analysis of particle size structure for particles and powders, characterized by low noise, high efficiency, and high accuracy. A new type of power generator is used to generate multiple high-frequency vibrations and efficiently screen and filter samples; Standard sieve body ensures high accuracy in sample analysis; Electronic delay device, which can set the screening time of the same material as needed to ensure the uniformity of sample analysis data and minimize inspection errors, so as to make accurate judgments on product quality

Standard inspection sieve is a precision screening equipment used for particle size analysis and screening grading of materials.

It has the following characteristics:

1. High precision screening: It can accurately separate materials according to different particle sizes, with high screening accuracy.

2. Multi layer screen design: Usually equipped with multiple layers of screens with different pore sizes, it can simultaneously classify and screen materials with multiple particle sizes.

3. Stable structure: The overall structure is sturdy and durable, capable of maintaining stable performance over long periods of use.

4. Easy to operate: Easy to operate and maintain, users can easily perform operations such as sample loading, screening, and unloading.

The application fields of standard inspection screens are very wide:

1. Chemical industry: used for particle size detection and quality control of chemical raw materials, such as fertilizers, plastic pellets, etc.

• For example, in plastic production, plastic particles that meet specific particle size requirements are screened through standard inspection screens to ensure product quality.

2. Pharmaceutical industry: Conduct particle size analysis on drug raw materials and finished products to ensure the effectiveness and safety of drugs.

• For example, in the preparation process of traditional Chinese medicine powder, standard inspection sieves are used to control the particle size of the powder, ensuring the uniform release of medicinal effects.

3. Food industry: Testing the particle size of food raw materials and additives, such as flour, sugar powder, etc.

• In flour production, standard inspection sieves are used to determine the fineness of flour to meet different food processing needs.

4. Mining: Analyze the particle size distribution of ores to provide a basis for beneficiation and processing.

• In gold mining, the particle size of the ore is determined through standard inspection screening to optimize the beneficiation process.

5. Research field: Used for particle size analysis of experimental samples in materials science, geology, and other research fields.

In short, standard inspection screens play an important role in many industries and are one of the key equipment for ensuring product quality and optimizing production processes.

Small vibrating screen