Impact Apron Assembly

Carries the apron liners, sets the crushing gap and moves as designed during adjustment or overload protection.

Impact Apron Assembly

Impact Apron Assembly (Impact Apron Assembly)— Impact Crusher Wear part, position 14.

Installation and Function

Installation PositionAdjustable structure above and behind the rotor carrying the first through third apron liners, position 14 in common layout A.
Main FunctionCarries the apron liners, sets the crushing gap and moves as designed during adjustment or overload protection.
Replacement FrequencyLow replacement frequency; repair or replace for deformation, cracks, worn pivot bores, distorted liner seats or loss of adjustment range.

Materials and Mechanical Properties

ItemDetails
Material OptionsHigh-strength cast steel or welded structural steel with replaceable liners on the working face
Typical Properties and Acceptance CriteriaThe apron body supports the liners and requires adequate yield strength, stiffness, impact toughness and weld quality. Acceptance checks focus on overall straightness and flatness, liner seating faces, pivot bores, adjustment connections, weld NDT and deformation. Manage the apron body separately from its liners; a replaceable liner material is not automatically suitable for the supporting structure.
Principal Failure MechanismAbrasion, fatigue, corrosion or assembly damage; use photographs of failed parts from the site to identify the dominant mechanism

Material and Design Considerations

  • Identify material hardness, particle size, abrasiveness, moisture, temperature, pH, impact and tramp material;
  • High hardness does not replace core toughness, fatigue strength, corrosion resistance or high-temperature performance;
  • For composite, hardfaced, ceramic and elastomer designs, assess substrate bonding, edge protection, fastening and maintainability;
  • For parts that mate with shafts, gears, seals, roll surfaces or housings, control fits, tolerances, surface finish and assembly clearances together;
  • Assess material upgrades using cumulative throughput, dimensional wear, failure modes, product quality and downtime costs.

Required Ordering / RFQ Information

  • Equipment manufacturer, machine model, serial number, part number and latest drawing revision;
  • Part dimensions, unit weight, key tolerances, assembly and fastening method;
  • Current material, chemical composition, heat treatment, hardness and mechanical property reports;
  • Processed material, maximum particle size, hardness/abrasiveness, moisture and tramp material records;
  • Speed, load, temperature, pressure, process medium chemistry and continuous operating time;
  • Failure photographs, wear measurements, crack/fracture locations and current service life;
Materials and values are for preliminary engineering selection. Final chemical composition, heat treatment, hardness and dimensional tolerances must follow the OEM drawings and technical agreement.
Related Equipment and Materials

Equipment, Materials and OEM Identification

Use these links for preliminary selection. Confirm the complete model, serial or drawing number, drawing revision, dimensions and actual operating conditions to establish fit.

Independent aftermarket information. OEM names and trademarks belong to their respective owners and do not imply authorization, affiliation or endorsement. Confirm the series, complete model, serial or drawing number, drawings and operating conditions before manufacture.

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Manufacturing Services in China

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ANRANST provides customers worldwide with coordinated consulting, supplier sourcing, quality control and finished-part delivery for custom parts, wear parts and industrial spares from China, with scope to support other custom industrial parts.

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Technical Advice

Equipment and part identification, drawing review, material selection and manufacturing feasibility assessment.

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Match requirements with suitable manufacturers in China and coordinate the exchange of technical information.

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Drawing confirmation, material and process control, production tracking, inspection and acceptance coordination.

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Coordinate manufacturing, quality confirmation, packaging and delivery of complete finished parts.

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