Africa, Middle East, Western Europe, Eastern Europe, South America, North America, Central America, Australia, Asia
We offer a wide range of Rotopactor at affordable prices. Authentic steel is sourced from some of the known vendors of the industry. Thus, a sturdy and durable body is manufactured. It is primarily used for the purpose of crushing stones in the industrial sector. Rotopactor machines are appreciated for the high grade finishing these provide. We can customize these machines in terms of sizes, as per the clients specifications.
Our Rotopactor, basically a rotary crusher used in the secondary or tertiary stage of a stone crushing plant, is the ultimate weapon against flakiness.
Its sturdy design consists of an impeller (Rotor) rotating at 1000-1200 r.p.m. inside a steel fabricated body lined with high grade austenitic manganese steel breaker liners.
The stone to be crushed is fed directly into the centre of the rotor, the high rotating speed of which throws the material outwards towards the breaker liners and other flying crushed particles for further impact crushing. The result of the process is production of absolutely cubically crushed stone, which finds great use in the construction sector.
Use our Rotopactor and cut crushing costs !!!
The rotor is completely dis-assemble and hence all its components - back plate,
eight rollers and ring (all of manganese steel casting) can be individually replaced to avail optimum useful life.
The direction of rotation of the rotor can be reversed to prolong the useful life of the
same as well as the breaker liners, thereby reducing the cost of crushing.
None of the components requires frequent adjustment like in a jaw crusher, roll crusher
or cone crusher and hence the down time is very less.
Hopper of the Rotopactor is so designed that when it is fed for the first time, a bed of
stones is formed inside it. The material fed further falls on this bed and does not hit the bottom plate of the hopper directly. Hence wear and tear is minimized.
Hinged design of the hopper enables faster access inside the main body, thereby