Ballistic separator for paper bottles woods iron

Descriptions of ballistic separator/Bouncing sieve/Bouncing screen

Ballistic separators are multifunctional machines which allow to treat various types of waste: from paper and lightweight packaging to construction and demolition as well as municipal solid waste. These machines are capable to divide material stream into three fractions – heavier 3D fractions such as tins or stones, lighter 2D or flat fractions such as paper and film and small-sized fractions which are screened down.

The conveying speed, the ballistic separation and the level of material mixing can be adjusted by modifying the rotational speed. A separation precision of up to 90% can be achieved with the MIND Ballistic Separator.

PIVOTING FRAME

· With manual tilt adjustment between 0° and 25° for fast adjustment

of sorting quality

EASY MAINTENANCE AND ADJUSTMENT

· Bolt-on screens

· Easy access to all areas of the machinery thanks to maintenance doors

SHAFT QUALITY

· Robust design for sorting dry waste

· Optimum rating of shaft stroke and speed – for maximum throughput

and minimum machine vibrations

MODEL VARIETY

· A choice of various machine widths and lengths for high-efficiency

sorting processes in line with the required throughputs

STACKING

· A maximum of three ballistic separators can be stacked to increase

the separation quality for different particle size fractions

ADJUSTABLE OUTER SKIN

·For flexible design of the material infeed and plant integration

How can this equipment improve quality and recovery in the sorting process?

The ballistic separator has the advantage of not having high wear items like rubber discs, which translates to more constant recovery of material. As rubber discs wear down, the quality of the separation changes, and good commodities are lost to other streams or create unwanted contamination in other places.

 What are the ballistic separator’s advantages compared with a regular star screen?

The ballistic separator has multiple advantages over a conventional rubber star screen. The most appreciated benefit is certainly the lower operational cost of the machine: There are no rubber discs to wear out, and the elliptical movement does not result in the wrapping of long and stringy flexible items, which is what happens on the spinning shaft of a regular screen. Together, these two main aspects translate to more uptime with lower, almost nonexistent, wear parts replacement and much lower labor costs related to cleaning the screen. Also notable, the ballistic separator has a compact footprint that makes it easy to integrate and retrofit within sorting systems, it does a better and more constant job at separation than a regular star screen and also consumes less energy than a comparable capacity star screen.