Ballast balls in Polyurethane Rubber (PU)

For a variety of application the customer will need balls with a heavy ballast core. These come in natural rubber or polyurethane quality. FDA approved Extra weight Metal core The Arubis ballast balls are balls with a steel core. These rubber balls in PU rubber are FDA approved and can be produced in many types of rubber.

For a variety of application the customer will need balls with a heavy ballast core. These come in natural rubber or polyurethane quality. FDA approved Extra weight Metal core The Arubis ballast balls are balls with a steel core. These rubber balls in PU rubber are FDA approved and can be produced in many types of rubber.

The blinding or build-up on vibrating screen can be a troublesome experience for any production line in the sifting industry. It is the cause of unnecessary downtime and a decrease in production numbers. Arubis offers a solution to increase production withdeblinding screen cleaning balls. Great variety of compounds to fit your needs Custom sizes on demand High quality and long lifetime The most efficient way to clean and deblind sieves

Arubis rubber balls can be ordered with or without a metal core. A small metal insert can be placed inside the rubber compound to make it a metal detectable ball. Another function of rubber balls with steel core is to have random bounces. These balls with metal insert are commonly used to clean parts in the sifting industry normal balls can’t reach. Can be metal detectable Used for random bounces Custom diameters on demand Balls with metal core Arubis provides metal detectable balls with a metal insert, often referred to as detectable sifter cleaning balls for most sifting applications. These magnetic balls with metal core will prevent sifter screens from clogging. Balls for random bouncing Deblinding balls can be produced on demand and in any kind of shape. Standard production includes parallellepipidum balls and special egg form balls. These balls have an uneven shape and will bounce at random therefore reaching regions in the mesh which normal round balls