Linear vibrating screens are popular pieces of equipment utilized in various industries for screening and grading materials. In manufacturing units, linear vibrating screens are utilized for separating materials based on their size and shape. In addition, they are used for dry and wet screening processes in the chemical, food, and pharmaceutical industries.

When it comes to purchasing a linear vibrating screen, the price is an important consideration. The price of a linear vibrating screen is determined by various factors. In this article, we will explore these factors and help you understand the price range of a linear vibrating screen.

The first factor that determines the price of a linear vibrating screen is its size. Linear vibrating screens come in different sizes, ranging from small laboratory models to larger industrial models. The price of a linear vibrating screen increases with its size. Larger screens require more material and labor to manufacture, resulting in a higher price.

Another factor that affects the price of a linear vibrating screen is the type of material used for manufacturing. Linear vibrating screens are typically made from materials such as stainless steel, carbon steel, and aluminum. The cost of these materials varies, which is reflected in the final price of the screen. Stainless steel is the most expensive material, while carbon steel is the least expensive.

The design and features of the linear vibrating screen also affect its price. Some linear vibrating screens come with additional features such as variable speed, adjustable deck inclination, and automatic cleaning systems. These features significantly increase the cost of the screen. The design of the screen, such as the number of decks and the type of screen mesh used, also affects the price.

The variety of grain suction machine is relatively large, in order to adapt to the production of various crops harvesting, at the same time there is a relatively strong mobility, now commonly common is the vehicle-mounted grain suction machine, vehicle-mounted grain suction machine for the development of agricultural production has a driving role, is one of the indispensable equipment in agricultural mechanization, the following take a look at the advantages of it.
1, the vehicle-mounted grain suction machine design is very reasonable, the structure is very compact, and strong and durable.
2, the power configuration is 220v voltage, can adapt to China's ordinary electricity voltage, the motor is single-phase asynchronous motor, safe and reliable, not easy to produce accidents.
3, the vehicle-mounted grain suction machine engine is a unique spiral spring structure, the noise is very small.
4, the weight of the machine is relatively light, and also covers an area of relatively small, so it is very convenient to move after installation to the car.
Overall, the advantages of truck-mounted grain suction machine is still a lot, but also has the benefits of air-drying grain, a multi-purpose machine, if you have a need for the loading and unloading of grain in agricultural production, you may also buy a truck-mounted grain suction machine to try it.

In the process of using the grain suction machine, sometimes because of incorrect operation or the existence of problems with the machine itself may be the case of failure, and encounter failure to check and solve the problem in a timely manner, the following these common failures and practices you can refer to.
1, material mouth blockage
This situation is very common, if the material mouth blocked as long as the front cover flip open to check whether there is a foreign body in the material box, if there is a direct treatment clear. If there are cloth, plastic cloth and other entanglements, these foreign objects clear clean. And clean out the grain in the feed tube, and then turn on the machine can work normally.
2、Loose v-belt
If such a situation occurs, to immediately stop the operation, the two sides of the plate turned over, adjust the motor adjustment bolts can be solved. If the v-belt has been seriously worn, then you need to replace the same type of v-belt. If there is oscillation when starting the machine at no load, it is normal, and it can be directly loaded.
In short, the grain suction machine working conditions have faults is also common, so there is no need to be overly nervous after the fault, you can follow the above method to eliminate the problem.

Corn starch is produced by crushing, sieving, sedimentation, drying, and grinding of corn. Generally, after dehydration and drying of corn starch, corn starch with a moisture content of about 12%-15% will be obtained in most of the current processes. The moisture content is a very important parameter in sieving and affects the effectiveness and efficiency of sieving.
Vibrating screens are mostly equipment for removing impurities or grading dry powders and particles. The lower the moisture content of the powder, the better the fluidity of the powder and the easier it will pass through the screen. The easier it is to screen.
Therefore, the moisture content of corn starch should be controlled within 12% before entering the vibrating screen for screening. Excessive moisture content will easily cause the screen to be quickly stuck. The addition of an ultrasonic system to the equipment can alleviate the phenomenon of screen paste to a certain extent, but it is better to clean or replace the screen in time.
In the corn starch and similar starch industries, rotary vibrating screens (ultrasonic vibrating screens) and swing screens (ultrasonic vibrating screens) are the current mainstream equipment. The equipment is made of 304 stainless steel with a circular shape and the discharge port can rotate 360° , It is convenient for on-site layout and connection with lower receiving equipment.

The market application of ultrafine powder is becoming increasingly widespread, and the corresponding production process requirements are becoming increasingly strict. The requirements for the particle size and particle segment distribution of finished powder are becoming increasingly clear, and the low oxygen content of powder has become a new important indicator for high-end materials. Therefore, there are new standards for the process control of powder preparation. In addition to the preparation process, it is also necessary to control the particle size to avoid residual large or uneven particles. When parts are made by powder forming, ultrafine powder often gives the parts excellent properties. The finer the powder, the larger the adsorption, agglomeration, and specific surface area, the more obvious the fluidity, the higher the probability of oxidation, and the explosion characteristics will be displayed; This also makes it more difficult to separate large particles, separate small particles, control particle fragments, and reduce oxygen content, and the requirements for screening technology and screening systems are becoming increasingly high; Different metal or alloy powders have different physical properties, and a simple screening machine alone cannot solve the process problem of screening cutting-edge materials.

Food industry: flour, milk powder, starch, fish meal, Rice noodles, vitamins, condiments, dextrins, beverages, fruit juice, granulated sugar, soy sauce, pineapple juice, yeast juice, etc.
Chemical industry: paint, resin powder, PVC resin powder particles, citric acid, polyethylene powder, laundry detergent, etc.
Pharmaceutical industry: pharmaceutical intermediates, medical excipients, traditional Chinese medicine powder, traditional Chinese medicine liquid, Western medicine powder, Western medicine liquid, etc.
Ceramic abrasive metallurgy industry: aluminum silver paste, slurry, kaolin, quartz sand, alumina, artificial black aluminum, graphite, silicon carbide, spray soil particles, emery, iron powder, titanium dioxide, electrolytic copper powder, etc.