Rubber Balls for Vibrating Sieve Cleaning

Rubber balls for vibrating sieves are made of sturdy rubber and serve as spare parts for vibrating sieves.

Application

Rubber balls for vibrating sieves help improve screening performance by preventing the accumulation of screened material that can cause blockages in the sieve screen openings. How do they work? Vibrations produced by the plant motor are transferred to the screen mesh, causing the rubber balls to bounce and clean the accumulated material from the screen openings.

Types

Rubber ball cleaners are mainly made from standard EPDM rubber, highly elastic natural NR rubber, and silicone rubber:

Silicone rubber cleaners: Characterized by standard elasticity, good resistance to acids, alkalis, oils, and lubricants, and good resistance to low and high temperatures.

EPDM synthetic rubber cleaners: Characterized by standard elasticity, good resistance to acids, alkalis, ozone, and atmospheric influences, but low resistance to oils and lubricants (resistant to vegetable oils).

Natural NR rubber cleaners: Characterized by excellent elasticity, good resistance to acids and alkalis, but low resistance to oils and lubricants.

Technical Specifications

Available in sizes of 20 mm, 25 mm, 30 mm, 35 mm, 40 mm, and 50 mm.

Recommendations for Choosing Rubber Ball Size:

For rotary vibrating sieves with a diameter less than 800 mm, a rubber ball diameter of 20 mm is usually recommended.
For screens with a diameter from 1 m to 2.5 m, rubber ball cleaners with diameters of 25 mm and 28 mm are usually recommended.
For screens larger than 2.5 m in diameter, rubber ball cleaners with diameters of 30–40 mm are usually recommended.

Rubber Balls for Vibrating Sieve Cleaning

Made from sturdy rubber, rubber balls for vibrating sieve cleaning are a key component for maintaining high screening efficiency. Their main function is to prevent the accumulation of screened material in the screen openings, which can cause blockages and reduce sieve efficiency. By using rubber balls, screening performance is improved, thereby increasing productivity and reducing maintenance needs.

How do rubber balls for cleaning work?

Vibrations generated by the plant motor are transferred to the screen mesh, causing the rubber balls to bounce inside the mesh. This movement cleans the accumulated material from the screen openings, preventing blockages and allowing continuous operation without interruption.

Classification of rubber balls:

Rubber balls are available in various materials selected depending on specific working conditions and the type of material being screened:

EPDM synthetic rubber cleaners: These balls feature standard elasticity and good resistance to acids, alkalis, ozone, and atmospheric influences. However, they have low resistance to oils and lubricants (conditionally resistant to vegetable oils). They are ideal for use in conditions with aggressive atmospheric factors.
Natural NR rubber cleaners: Characterized by excellent elasticity and good resistance to acids and alkalis, but low resistance to oils and lubricants. Recommended for applications without high exposure to oils.
Silicone rubber cleaners: These balls offer standard elasticity and excellent resistance to acids, alkalis, oils, and lubricants. They are also much more resistant to low and high temperatures, making them an ideal solution for extreme working conditions.

Rubber ball dimensions:

Rubber balls for vibrating sieve cleaning are available in several sizes, and the size selection depends on the diameter of the vibrating sieve:

Diameters: 20 mm, 25 mm, 30 mm, 35 mm, 40 mm, and 50 mm.
Size selection recommendations:
- For rotary vibrating sieves with a diameter less than 800 mm, a ball diameter of 20 mm is recommended.
- For sieves with diameters from 1 m to 2.5 m, rubber balls with diameters of 25 mm or 28 mm are recommended.
- For sieves with diameters larger than 2.5 m, rubber balls with diameters of 30–40 mm are recommended.

Why choose our rubber balls for cleaning?

Increased efficiency: Prevent blockages and enhance screening effectiveness.
Wide range of sizes: Different dimensions allow you to select the ideal size for your sieve.
Material choice according to specific needs: Material customization ensures optimal resistance to chemicals, oils, temperatures, and other specific working conditions.
Reduced downtime: Ensures uninterrupted operation and reduces maintenance needs, boosting productivity.