KEESTRACK K4 SCREEN

The Keestrack K4H Screen is a compact, high-performance screening solution designed for versatility across mining, quarrying, and recycling applications.

With a capacity of up to 350 tph and a maximum feed size of 400 mm, it efficiently handles a wide range of materials in both pre-screening and precision screening tasks.

Its double deck 14 x 5 screenbox allows separation into three distinct fractions, improving efficiency and reducing the need for additional equipment on site.

A hydraulically adjustable screen angle enables quick optimisation for different materials, while the heavy-duty apron feeder and 7 m³ hopper ensure consistent, reliable material flow even in demanding conditions.

Screenmasters offers expert guidance, proven equipment and end-to-end support to help you get the best results from your investment. With trusted machines, tailored solutions, strong after-sales service and flexible purchase or rental options, Screenmasters is a reliable long-term partner for crushing, screening and material handling projects.

We deliver equipment Australia-wide, servicing all states and territories.
Our team coordinates transport nationally to ensure safe and efficient delivery to your site.

Screenmasters mobile and fixed screens are suited to quarrying, mining, construction, demolition, recycling, coal, landscaping and waste management Industries, delivering accurate material separation across a wide range of applications and production requirements.

SMA screens are purpose-built for quarrying, mining, construction, demolition, recycling, landscaping, and waste management industries. Designed for high performance and reliability, they deliver precise material separation across a broad range of applications and production requirements, helping operators maximise efficiency and reduce downtime.

A double deck screen uses two layers of screening surfaces to separate material into three different sizes in a single pass.

Material is fed onto the top deck, where the largest openings allow smaller particles to fall through to the lower deck. Larger material continues across the surface and exits as oversize.

The material that passes through the top deck then moves onto the second deck, which has smaller openings. Here, finer particles fall through to form a third product, while the remaining material exits as a mid-sized fraction.

This process enables efficient, multi-size separation in one machine.