Chili powder vibrating screen is a specialized equipment used for screening and grading chili powder. It usually uses vibration screening technology, where the vibration force generated by the vibrator is transmitted to the screening body, allowing the chili powder to be screened on the screen. This device can effectively remove impurities and particles from chili powder, achieving precise particle separation and screening. Chili powder vibrating screen usually has the advantages of high speed, precision, and energy saving, which helps to improve the quality and market competitiveness of chili powder. It plays an important role in the production and processing of chili powder, helping manufacturers improve production efficiency and product quality.　　Advantages of chili powder vibrating screen:　　1. High speed screening: The chili powder vibrating screen adopts the action of vibration force and screen mesh, which has a large screening area and high screening efficiency. It can process a large amount of chili powder and complete the screening process in a short time, improving production efficiency.　　2. Precise grading: The chili powder vibrating screen is equipped with screens of different aperture sizes to achieve grading of chili powder, ensuring product consistency and quality.　　3. Removing impurities: The chili powder vibrating screen can remove impurities and non compliant particles from the chili powder through the action of a sieve, improving the purity and quality of the chili powder.　　4. Maintain raw material characteristics: The chili powder vibrating screen adopts non-contact screening during the screening process, which will not cause damage or breakage to the chili powder, and can maintain the original shape and characteristics of the chili powder.　　5. Adjustable: The vibration force and mesh aperture of the chili powder vibrating screen can be adjusted as needed. According to different processing requirements of chili powder, the intensity and frequency of vibration force can be adjusted, and different mesh sizes can be used to achieve the desired screening effect.　　Application scenarios:　　1. Chili powder production: The chili powder vibrating screen is one of the important equipment on the chili powder production line. It can screen, grade, and remove impurities from chili powder to ensure its quality and purity.　　2. Chili powder processing: Chili powder vibrating screen can be used in the processing of chili products. It can screen and remove impurities from chili powder to ensure product quality and purity during the processing.　　3. Chili planting: In the field of chili planting, chili powder vibrating screens can be used to screen and grade chili seeds. By screening and removing seeds that do not meet the requirements, the quality and germination rate of seeds can be improved, providing good germplasm resources for pepper cultivation.　　4. Chili powder trade: Chili powder vibrating screens play an important role in chili powder trade. In the export and process of chili powder, it is necessary to screen and grade the products to meet the quality standards and requirements of different countries and regions in China, ensuring that the products meet trade standards.

　　Ceramic glaze vibrating screen is a specialized equipment used for screening and grading ceramic glazes. It plays an important role in the ceramic industry, controlling the particle size and distribution of glazes to improve the quality and appearance of ceramic products. The design of ceramic glaze vibrating screen considers the characteristics of ceramic glaze, such as particle size, shape and density, to ensure the screening effect and production efficiency.　　Advantages of ceramic glaze vibrating screen:　　1. Fine screening effect: Ceramic glaze vibrating screen can achieve particle size distribution and separation of glaze particles by adjusting the sieve aperture and vibration parameters, ensuring the uniformity and consistency of glaze and improving the quality of ceramic products.　　2. Extremely high production capacity: The ceramic glaze vibrating screen has screening ability, which can quickly process a large number of glaze particles, reducing production time and labor costs.　　3. Removing impurities and unqualified particles: Ceramic glaze vibrating screens can effectively remove impurities and unqualified glaze particles. Through the screening process, it can separate out particles that are too large or too small as well as other impurities, ensuring the purity and quality of the glaze.　　4. Customizable and adaptable: Ceramic glaze vibrating screens can be customized according to different processes and product requirements. Users can choose the appropriate mesh aperture and vibration parameters to meet their specific screening goals and standards.　　5. Save resources and costs: By using ceramic glaze vibrating screens, the waste and loss of glaze can be reduced. It can separate qualified glaze particles, avoid unnecessary resource waste, and reduce production costs.　　Application scenarios of ceramic glaze vibrating screen:　　1. Ceramic glaze production: In the production process of ceramic glaze, ceramic glaze vibrating screens are used to screen impurities and particles of different sizes in the raw materials, ensuring the quality and uniformity of the glaze.　　2. Ceramic product production: In the production process of ceramic products, ceramic glaze vibrating screens are used to screen and grade ceramic glazes to ensure the surface smoothness and quality consistency of the products.　　3. Ceramic decoration: In the process of ceramic decoration, ceramic glaze vibrating screens are used to screen pigments and glazes of different particle sizes, in order to achieve precise control of the decorative effect.　　4. Ceramic technology research and development: In the stage of ceramic technology research and development, ceramic glaze vibrating screens can be used to screen different formulas of glazes and pigments, helping R&D personnel optimize the process.　　5. Ceramic waste treatment: In the process of ceramic waste treatment, ceramic glaze vibrating screens can be used to screen and recycle waste ceramic particles, achieving resource reuse and reducing waste.

　　What screening equipment is used for putty powder? Ultrasonic vibrating screen is a device that uses ultrasonic vibration technology to screen and grade putty powder (also known as gypsum powder). This device combines ultrasonic technology and traditional vibration screening technology, aiming to improve the screening efficiency and quality of putty powder.　　The function of ultrasonic vibrating screen for putty powder　　The ultrasonic vibrating screen for putty powder plays a crucial role as a screening equipment in the production process of putty powder. Its impurity removal and grading functions ensure the quality and stability of putty powder products.　　Removing impurities: During the production process, putty powder inevitably contains some impurities such as stones, sawdust, fibers, etc. Ultrasonic vibrating screen uses high-frequency vibration to make materials jump and roll on the screen surface, thereby removing these impurities and ensuring the purity of putty powder.　　Grading: Ultrasonic vibrating screens can be used to grade putty powder by replacing screens with different mesh sizes, resulting in powders of different particle sizes.　　Preventing screen clogging: Ultrasonic vibration can destroy the static electricity and adhesion between materials, prevent screen clogging, and ensure screening efficiency.　　Application scenarios of ultrasonic vibrating screen for putty powder　　Putty powder ultrasonic vibrating screen has a wide range of application scenarios in building materials, chemical and other related industries, mainly including the following aspects:　　Production of building materials: In the production process of gypsum products such as gypsum boards, gypsum lines, and gypsum slabs, ultrasonic vibrating screens for putty powder are widely used for screening and grading putty powder to ensure product quality.　　In the field of architectural decoration, ultrasonic vibrating screens are used for screening and processing putty powder in indoor decoration and coating construction, ensuring the fineness and uniformity of putty powder and improving the quality of coatings.　　Chemical industry: In chemical production, ultrasonic vibrating screens for putty powder can be used for screening and processing catalysts to improve their activity and stability.　　Food industry: In food processing, putty powder ultrasonic vibrating screen can be used for screening food raw materials such as flour and starch to ensure food quality.　　Drug production: In the pharmaceutical industry, putty powder ultrasonic vibrating screen can be used for screening and grading drug raw material powders to ensure the purity and uniformity of drugs.　　The ultrasonic vibrating screen for putty powder has multiple advantages compared to traditional vibrating screens, mainly including the following points:　　Improving screening efficiency: Ultrasonic vibration technology can improve the screening efficiency of putty powder, accelerate the screening process, reduce screen hole blockage, and thus improve production efficiency.　　Improve screening accuracy: Ultrasonic vibrating screen can separate small particles, reduce adhesion between particles, improve screening accuracy, and ensure product quality.　　Reduce energy consumption: Compared to traditional vibrating screens, ultrasonic vibrating screens for putty powder can usually reduce energy consumption, improve energy utilization efficiency, and save production costs.　　Reduce sieve blockage: Ultrasonic vibration technology can prevent sieve holes from being blocked by particles, keep the sieve mesh unobstructed, and ensure a continuous and stable screening process.　　Extending equipment lifespan: Ultrasonic vibrating screens use high-frequency vibration technology to reduce excessive wear on the screen mesh, extend equipment lifespan, and reduce maintenance costs.　　Improving production quality: By improving screening accuracy and efficiency, ultrasonic vibrating screens for putty powder can help manufacturers improve product quality and meet customer needs.　　Strong adaptability: The design of ultrasonic vibrating screen is flexible and diverse, and can be customized according to different production needs, suitable for screening putty powder of various specifications and shapes.

　　The commonly used vibrating screens now mainly include linear vibrating screens and rotary vibrating screens. In terms of appearance, linear vibrating screens are rectangular. Rotary vibrating screens are circular, also known as circular vibrating screens, which are used for screening and grading materials, but they also have some significant differences:　　Firstly, the linear vibrating screen is mainly used for screening materials with high production requirements, large particles, and low screening accuracy, such as sand, ore, coal, plastic particles, and various granular and powdery materials. However, the rotary vibrating screen is different. It is more suitable for screening small particle materials with low production and fine screening, such as starch, flour, milk powder, seasoning, chemical raw materials, medicinal powder, etc. It is mostly used in the food industry, chemical industry, pharmaceutical industry and other materials.　　Secondly, in addition to screening solid materials, the rotary vibrating screen can also be used in liquid filtration industry, such as juice filtration, soybean milk filtration, ceramic slurry filtration, paint filtration, sewage treatment and other slurry filtering operations. Overall, there is a significant difference between the two, and everyone needs to choose the appropriate vibrating screen equipment based on their industry and usage needs.

　　Linear vibrating screen is a widely used screening equipment nowadays, which has the characteristics of high output, low energy consumption, simple structure, and easy maintenance. It is also a fully enclosed structure with no dust overflow and automatic discharge, making it very suitable for assembly line operations. However, during the use of linear vibrating screens, it is sometimes necessary to adjust the amplitude. Generally, there are two ways to adjust the amplitude of linear vibrating screens:　　The amplitude of the linear vibrating screen is driven by a vibration motor. In this case, adjusting the amplitude mainly relies on the angle between the eccentric blocks at both ends of the motor shaft to change the magnitude of the excitation force. If the angle is large, the excitation force will be correspondingly small, and vice versa.　　1. The amplitude of the linear vibrating screen is driven by the exciter. Adjusting the amplitude can increase (or decrease) the weight of the eccentric block, achieving the goal of increasing or decreasing the secondary eccentricity;　　2. The amplitude can also be adjusted by adjusting the frequency converter. However, it needs to be within the allowable range of the motor. In general, the adjustment of the amplitude of a linear vibrating screen should be based on the characteristics of the vibration source.

　　1. Check whether the screen mesh and the discharge port are level or too high. Generally, they should be about 5mm higher, and the height of the discharge port should be designed differently according to the characteristics of different materials.　　2. When the linear vibrating screen or ultrasonic vibrating screen is working, check whether the screen surface or discharge port is in a horizontal state, which directly affects the screening effect of the equipment; If it is not horizontal, it should be adjusted in a timely manner. The vibrating screen is equipped with supporting feet, and customers can adjust the feet to make the vibrating screen meet the horizontal requirements and lower it appropriately.　　3. In addition to the above situations, the key point is that the angle of the upper and lower eccentric blocks of the vibration motor can be adjusted. A smaller angle allows the material to spread out faster, while a larger angle slows down the material's outward spread. When changing the angle of the eccentric block of the vibration motor, it should be adjusted by about 5 degrees. If you have strict requirements for screening accuracy, the angle of the motor should not be too small, otherwise the material will quickly scatter outward, which is not conducive to the screening effect. Generally, the eccentric block angle of the vibration screen is 45 degrees when it leaves the factory.

　　Just pay attention to the following operations when using the newly purchased linear vibrating screen, and the vibrating screen can achieve ideal screening for materials.　　1. Adjustment of excitation force:　　We all know that the magnitude of the excitation force affects the screening efficiency and output of materials, so adjusting the excitation force of the linear vibrating screen is also very important. Adjusting the eccentric blocks at both ends of the vibration motor can adjust the magnitude of the excitation force of the vibration motor.　　2. Connection of the line:　　Normally, the linear vibrating screen has reserved an outlet head for the indirect wiring of the vehicle. According to the operating steps in the "Motor Circuit Connection" section of the "Linear vibrating screen User Manual", when the vibrating motor is installed on the screen box, the eccentric blocks at both ends of the vibrating motor are not used in one direction, but are installed at a certain angle, and the motor structures on the left and right sides are exactly opposite. It is worth noting that the mating surface of the wiring port thread and the motor junction box must be coated with sealant to prevent water from entering during the screening process.　　3. Addition of lubricating oil:　　After the vibrating screen has been working for 2 months, it is necessary to lubricate each bearing. When adding lubricating oil, be careful not to add too much, as excessive addition will cause the vibration motor winding to overheat.　　4. Installation of screen mesh:　　Normally, the linear vibrating screen mesh is installed and does not need to be operated again, but the replacement of the mesh is also a common operation that needs to be done after later work. Therefore, it is also very necessary to learn how to install screen mesh. The installation steps for the mesh of the linear vibrating screen are very simple, only two steps are needed:　　1) Loosen the tension bolt that fastens the screen mesh, without completely removing the nut. Rotate it 90 degrees to retract it from the long hole of the screen hook plate and remove the screen mesh.　　2) Replace the screen with a new one, tighten the screen so that the left hook plate is in a vertical position, tighten the right screen hook plate, then tighten the left side, and tighten the bolts.

　　The linear vibrating screen relies on two synchronous and out of phase horizontal vibration motors as exciters to make the material bounce up on the screen and perform a jumping linear motion. The linear vibrating screen is also a fine screening equipment with high sales volume among my major vibrating screen manufacturers. The quality can be seen from the following points:　　Carbon steel linear vibrating screen　　1. Thickness of steel plate: Some unscrupulous merchants often like to engage in price wars, but behind their price wars, they are reducing production costs in various aspects. The most direct manifestation is compressing the thickness of steel plates. For example, the thickness of the vibrating body itself should be 10mm, but they are made 8mm or even 6mm thick.　　2. The number of springs: For linear sieves with smaller gender numbers, one spring per corner is sufficient to support the vibration of the sieve surface at the four corners of the linear vibrating sieve. However, when the model of the linear vibrating sieve is larger, such as the 1560 type, there must be two springs supporting each corner, for a total of eight springs supporting the vibration of the entire sieve surface.　　3. There are also some details, such as the need for a single overall bending during molding to prevent powder and material leakage; Choose springs with high stiffness and elasticity; Polishing and polishing require achieving optimal gloss and brightness, among other details. As the saying goes, 'details determine success or failure'.　　By comparing the above points, we can basically see the product quality of the linear vibrating screen.

　　Linear vibrating screen is a screening equipment that uses two vibration motors as the vibration source, and the material moves forward in a linear jumping manner on the screen surface. The material can be successfully classified into two or more specifications through the linear vibrating screen equipment. This type of screening equipment has a large screening output. The numbers in the model of the linear vibrating screen represent the width and length of the equipment. For example, DZSF1020 indicates that the width of this equipment is 1 meter and the length is 2 meters. The width of the linear sieve determines the screening output of the material; And the length determines the screening accuracy of the material. Chemical powders are generally dry materials. In order to increase the screening output of chemical powders, linear vibrating screen equipment can be tried.　　The characteristics of using a linear sieve are:　　1. The output has greatly increased.　　2. The number of layers for a single screening is also higher than that of a rotary vibrating screen: the maximum number of layers for a single screening of a linear screen is generally 5; The maximum number of layers for a vibrating screen is 3. Therefore, if multiple particle sizes of materials are required, a linear vibrating screen is also an efficient choice.　　Therefore, the selection of equipment for material screening is not fixed, and it is necessary to consider its screening output and accuracy to comprehensively determine which equipment can better meet its production needs.

　　One of the effective measures to protect the linear vibrating screen is the wear-resistant coating.　　The functions and methods of using wear-resistant coatings generally include the following two aspects:　　1、 Linear vibrating screens are generally easy to operate, require a large amount of work, and have high efficiency. The materials screened are usually large or hard, and long-term use may inevitably cause wear on the coating.　　If the degree of wear is high, the function of the coating will also fail, so wear failure is one of the main forms of failure for these wear-resistant coatings on vibrating screens.　　The wear failure mechanism varies for different types of coatings. But in terms of the main aspect, it is deformation and wear caused by insufficient coating strength.　　In response to this issue, the linear vibrating screen industry has come up with a solution. When using coatings, we can introduce benzene rings or other rigid segments into the coating to increase the degree of polymer cross-linking and polar group content, and fully utilize hydrogen bonds to enhance intermolecular forces; It is also possible to increase rigidity by adding some corundum, quartz, or metal powder.　　Both methods have their own advantages, and we can make a choice based on actual needs. The latter may have some adverse effects to varying degrees.　　2、 The adhesion failure of the coating on the linear vibrating screen is another major reason for the failure of the wear-resistant coating.　　Ensuring that the coating does not peel off in practical applications is a key factor in the success or failure of coating applications.　　Some manufacturers use coating adhesion techniques that are unsuccessful, and the quality of the tree branches or adhesives used is poor, making them easy to peel off in water or cold conditions.　　Therefore, high-strength adhesives and improved resins should be used as much as possible to increase the content of polar groups and achieve better adhesion between the two in a straight line.　　The higher the viscosity of the improved coating, the stronger the coating on the linear vibrating screen, making it less likely to fall off easily. This is a great protective effect for the linear vibrating screen.