Difference between revisions of "Reversible Impactors"
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[[File:Reversible Impactors_1.jpg|thumb|200px|right|Reversible Impactors]] | |||
[[File:Reversible Impactors_2.jpg|thumb|200px|right|Reversible Impactors Diagram]] | |||
'''Reversible Impactors''' are used for secondary and tertiary crushing, and occasionally for primary crushing. They reduce limestone, potash, trona, cement rock, gypsum, chemicals, lime, lightweight aggregate, sand molds, salt cake, brick, ceramics and other materials. Offered in numerous sizes, capacities and reduction ratios, these crushers can be easily adjusted to vary output size or to compensate for wear. | |||
Reversible Impactor incorporates two crushing chambers on opposite sides of the rotor assembly. When operators reverse the direction of rotor rotation, wear is distributed between the two chambers. This also allows opposing hammer faces to wear evenly and maintain a uniform profile, enabling them to impart solid, direct impacts to the material. Inherently eliminated is the time consuming practice of taking the unit out of service to manually turn all of the hammers as required by one-way (non-reversible) impactors. | |||
==Common Features== | |||
Compact Size | |||
Rugged Construction | |||
High Performance | |||
Efficient Operation | |||
==Video== | |||
<youtube>mSDkRv9diLw</youtube> | |||
Latest revision as of 08:46, 15 October 2012
Reversible Impactors are used for secondary and tertiary crushing, and occasionally for primary crushing. They reduce limestone, potash, trona, cement rock, gypsum, chemicals, lime, lightweight aggregate, sand molds, salt cake, brick, ceramics and other materials. Offered in numerous sizes, capacities and reduction ratios, these crushers can be easily adjusted to vary output size or to compensate for wear.
Reversible Impactor incorporates two crushing chambers on opposite sides of the rotor assembly. When operators reverse the direction of rotor rotation, wear is distributed between the two chambers. This also allows opposing hammer faces to wear evenly and maintain a uniform profile, enabling them to impart solid, direct impacts to the material. Inherently eliminated is the time consuming practice of taking the unit out of service to manually turn all of the hammers as required by one-way (non-reversible) impactors.
Common Features
Compact Size Rugged Construction High Performance
Efficient Operation
Video