Stone Crushing Equipment

Impact Crusher for Quarry and Aggregate Crushing

Vanore Mining supplies impact crusher equipment for quarry, aggregate, mining and mineral processing plants. The crusher uses impact force to reduce medium-hard materials and produce shaped aggregate for construction applications.

Crusher TypePF Impact Crusher
Max Feed SizeUp to 700 mm
ApplicationQuarry / Aggregate
Plant RoleSecondary Crushing

Brand and Product Overview

Heavy-Duty Impact Crusher from Vanore Mining

Vanore PF impact crushers combine a horizontal rotor, blow bars and impact aprons for secondary stone crushing and aggregate shaping. Limestone and low-abrasion quarry stone are common applications. Feed size, required grading and material abrasiveness guide the equipment and wear-part selection.

The equipment can work with vibrating feeders, jaw crushers, vibrating screens and conveyors in stationary stone crushing plants.

impact crusher rotor and chamber structure
Impact crusher rotor and chamber structure for aggregate production.

Manufacturing Display

Impact Crusher Equipment Gallery

Crushing Options

Impact Crusher Types and Configuration Options

01

Secondary Crushing

Used after primary jaw crushing for medium-size stone reduction.

02

Aggregate Shaping

Supports cubic particle shape for construction aggregate applications.

03

Limestone Crushing

Suitable for limestone and similar medium-hard materials in quarry plants.

04

Complete Plant Use

Can be matched with feeders, screens and conveyors in full production lines.

Advantages

Impact Crusher Design Features

01

Efficient Impact Crushing

The rotor and impact plates support strong material reduction in secondary crushing duties.

02

Aggregate Reduction and Grading

Impact fragmentation can improve particle form in suitable material. The result depends on feed and operating conditions; final grading is established with screening.

03

Heavy-Duty Chamber

The frame supports the rotor and crushing chamber during continuous quarry operation.

04

Application-Matched Wear Parts

Blow bars and impact plates are selected to suit the material abrasiveness and crushing duty.

Applications

Impact Crusher Applications

Quarry Crushing

Used for secondary crushing in quarry and stone production plants.

Aggregate Production

Produces construction aggregate for concrete, asphalt and road base materials.

Limestone Processing

Suitable for limestone crushing in cement, aggregate and industrial material lines.

Mining Preparation

Can reduce selected ore and mineral materials before screening or grinding.

Prepared Recycling Feed

Prepared concrete and masonry can be crushed for recycling after sorting, metal separation and feed-size control.

Applicable Materials

Materials Suitable for Impact Crushing

LimestonePrepared Quarry StoneDolomitePrepared ConcreteAggregate StoneIndustrial Minerals

Material abrasiveness and breakage behavior guide application selection. Upstream handling addresses sticky feed and removes unwanted metal before crushing.

Impact Crusher Technical Specifications

PF horizontal-shaft impact crusher dimensions and drive data
ModelRotor diameter × width (mm)Feed opening (mm)Maximum feed size (mm)Motor power (kW)Weight (t)Overall dimensions (mm)
PF-10071000×700400×73030037-45122330x1660x2300
PF-10101000×1050400×108035045-55152370x1700x2390
PF-12101250×1050400×108035011017.72680x2160x2800
PF-12141250×1400400×143035013222.42650x2460x2800
PF-13151320×1500860×1520500200273180x2720x3120
PF-13201300×2000993×2000500250343220x3100x3120
PF-15201500×2000830×2040700315-40050.63959x3564x3330
PF-1007, PF-1010 and PF-1210 processing capacities
ModelCapacity (t/h)
PF-100730-70
PF-101050-90
PF-121070-130

Feed size and finished aggregate

The table lists the inlet dimensions and maximum feed size for each PF model. Feed grading, rotor operating conditions and impact-apron settings determine the crushing duty, while the screening circuit separates the required aggregate sizes.

Material strength, abrasiveness, feed grading and the required reduction affect capacity. Plant sizing accounts for both fresh feed and screen oversize returned for further crushing. The motor ratings shown apply to the crusher drive.

Product Structure

Main Structure of Vanore Impact Crusher

Feed Opening

Receives material from upstream feeding and crushing equipment.

Rotor Assembly

Drives blow bars to impact and reduce incoming material.

Blow Bars

Key wear parts that strike material during crushing operation.

Impact Plates

Support impact crushing and particle size reduction inside the chamber.

Discharge Area

Releases crushed material toward conveying and screening equipment.

Support Frame

Holds the crusher body and drive components in working alignment.

Circuit Integration

Impact Crusher in a Complete Crushing Line

Vanore Mining designs impact crusher equipment as part of a complete crushing and screening line. The crusher can connect with feeding, primary crushing, conveying and screening equipment for continuous plant operation.

Feeding->Jaw Crusher->Impact Crusher->Screening->Finished Aggregate

Related equipment: Jaw Crusher, Stone Crusher Plant and Mining Equipment Manufacturer.

Impact Crusher Equipment Scope and Technical Details

Impactor assembly, wear parts and plant interfaces
Equipment groupFunction and connection
Rotor and blow barsDeliver impact to the incoming material. Blow-bar dimensions, fastening and material selection must suit the actual rotor and feed duty.
Impact aprons and linersProvide impact surfaces inside the chamber. Wear condition and operating clearances influence material reduction and product grading.
Drive and housingCarry the rotor assembly and transmission. Installation requires the selected machine envelope, drive access and service clearances.
Connected plant equipmentFeeders deliver material, metal-removal equipment protects the material stream, screens separate product grades and conveyors connect the stages. The equipment combination follows the plant layout.

Wear-part matching and plant output

Vanore supplies impact crushers and matching wear parts for quarry and aggregate production. Blow-bar selection considers material abrasiveness, feed conditions and the rotor arrangement. For replacement parts, share the crusher model and part identification or fastening dimensions so our team can check the fit.

A sizing screen separates finished aggregate from material requiring further reduction. A compression-crushing stage provides an alternative route for suitable hard, abrasive feed, while dust collection addresses the relevant dry transfer and enclosure points.

Impact Crusher FAQ

How does a PF impact crusher reduce stone?

Rotor-mounted blow bars strike the incoming stone and throw it against impact surfaces inside the chamber. Repeated impact reduces the feed before it leaves for conveying and screening.

Which materials suit impact crushing?

Limestone and low-abrasion quarry stone are common applications. Material strength, abrasiveness, feed grading and the required product guide the choice of crusher and wear parts. Highly abrasive rock calls for comparison with a compression-crushing route.

How is the feed size matched to the crusher?

Each model has a listed maximum feed size alongside its inlet dimensions. Upstream crushing and feeding equipment prepare material within that limit and deliver it to the crusher inlet.

How does the crusher produce the required aggregate sizes?

Crushing conditions and impact-apron settings influence the product, while a sizing screen separates the required grades. Oversize can return for further crushing, and this circulating load is included in plant sizing.

What information helps identify replacement wear parts?

Share the crusher model, part identification and available dimensions or drawings. Blow bars and liners are matched to the rotor, fastening arrangement and material duty.

Contact Vanore Mining

Discuss Your Impact Crusher Application

Share your material type, maximum feed size, required throughput and finished aggregate sizes. Vanore Mining can review the equipment configuration and its connection to your plant.

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