High -frequency vibration sieve for latex paint filter

High -frequency vibration sieve for latex paint filter is a filtration device designed for high-viscosity liquid systems such as water-based paints and latex paints. Its primary function is to remove clots, particles, and impurities generated during the raw material, mixing, and storage processes of latex paint production, ensuring the fineness and uniformity of the finished paint.

High -frequency vibration sieve for latex paint filter is suitable for fluids such as latex paints, coatings, inks, pigment slurries, and adhesives. It is particularly effective for filtering materials containing fine solid particles and prone to agglomeration. The filtration fineness can be adjusted from 80 to 500 mesh, meeting the fineness requirements of different latex paint grades. The device typically has one to three layers, and can be configured with a single sieve for impurity removal or multiple sieves for coarse or fine filtration, depending on the throughput and filtration efficiency. The device's diameters range from 400mm to 1200mm, covering production capacities from hundreds of kilograms to several tons per hour. Typically made of 304 or 316L stainless steel, these filters offer strong corrosion resistance, ensuring long-term contact with water-based systems without corrosion. To address the problem of latex paint clogging, these filters are often designed with anti-clogging features, such as bouncing balls, ultrasonic vibration, or airflow assistance, ensuring a stable and continuous filtration process.

High -frequency vibration sieve for latex paint filter working principle

High -frequency vibration sieve for latex paint filter generates high-speed vibrations via an eccentric block. This vibration is transmitted to the sieve surface, causing the latex paint to move in minute three-dimensional motions. The combined forces of gravity and vibration allow the liquid to rapidly pass through the sieve, while clots, impurities, and large particles are retained and automatically discharged. High-frequency vibration, characterized by its low amplitude and high frequency, effectively prevents liquid accumulation on the sieve surface, thereby improving filtration efficiency. Some devices are also equipped with an ultrasonic cleaning device, which releases ultrasonic energy during vibration to further prevent sieve clogging. The entire process is completed continuously and automatically, ensuring high production output while ensuring a fine and uniform finish.

High -frequency vibration sieve for latex paint filter equipment parameters

The performance of the High -frequency vibration sieve for latex paint filter is determined by a series of precisely designed parameters that ensure optimal operation.

Screen Type: Primarily high-strength, low-stretch metal woven mesh (such as stainless steel mesh). Special nylon or polyester meshes are also available for applications requiring extremely high precision or special corrosion protection.

Grid Structure: Available in single or multi-layer configurations, the multi-layer design enables coarse, medium, and fine screening. The grid is generally tensioned for easy replacement and cleaning.

Vibration Mode: A vertical vibration motor is used as the vibration source, generating a variety of vibration patterns (circular, elliptical, or linear). This pattern can be adjusted based on material characteristics to achieve optimal screening efficiency and anti-clogging effects.

Processing Capacity: Depending on the diameter, common models have a processing capacity ranging from 0.5 cubic meters per hour to over 10 cubic meters per hour. The model can be selected based on specific operating conditions.

Discharge Method: Qualified filtered paint slurry is typically discharged directly through the central outlet at the bottom and fed into the next process. Separated impurities and coarse materials are automatically discharged through the lateral discharge port at the top, achieving complete separation of qualified products from waste.

Features of High -frequency vibration sieve for latex paint filter

High -frequency vibration sieve for latex paint filter are highly favored in the latex paint filtration industry due to their outstanding features:

Anti-clogging screen design: In addition to basic high-frequency vibration, a screen cleaning device (such as a bouncing ball) is often included. This device continuously bounces between the lower screen and the mesh frame, impacting the screen, effectively breaking up adhering particles and keeping the sieve openings clear.

Corrosion-Resistant Materials: All contact parts are constructed of 304 or 316L stainless steel. This corrosion resistance ensures long-term stable operation in chemical environments and eliminates the risk of metal ion contamination of the material.

Good Sealing: The fully sealed design utilizes silicone rubber or fluororubber seals to prevent paint slurry leakage and the ingress of external contaminants during the screening process, ensuring a clean production environment and minimizing material loss and volatilization.

Easy Cleaning: The slatted mesh design allows for easy disassembly of the screen for thorough water-based or solvent cleaning, meeting the cleaning requirements for material changes and batches of different colors and products without cross-contamination.

Easy Operation: The device boasts a compact design and simple operation. Simply connect the power supply and piping, then turn on the switch to operate. Adjusting the eccentric angle of the vibration motor allows for convenient adjustment of the vibration force and material trajectory.

Flexible Operation: The robust and reliable design of the device is suitable for both 24/7 continuous industrial production and intermittent laboratory and small-batch, high-variety production, offering a wide range of applications.

High -frequency vibration sieve for latex paint filter are essential filtration equipment in the latex paint production process. They not only efficiently remove clots and impurities, ensuring product smoothness and stability, but also offer advantages such as a large processing capacity, a clog-resistant mesh design, corrosion-resistant materials, and an easily cleanable structure. Through appropriate selection and use, manufacturers can significantly improve latex paint quality and production efficiency while reducing maintenance costs. As the water-based paint industry's requirements for product quality and production efficiency increase, high-frequency vibration sieves for latex paint filters will increasingly find application in latex paint and other water-based systems, becoming a crucial quality assurance device for the coatings industry.