Impact Crusher Side Liners
Chrome White Iron, Alloy Steel & Bimetallic Wear Liners

What Impact Crusher Side Liners Do and Why They Matter

Side liners are protective wear plates installed along the internal housing walls of horizontal shaft impact (HSI) crushers. During crushing, material accelerated by the rotor and blow bars moves rapidly through the chamber and continuously impacts or slides along the crusher housing. Side liners protect the main crusher structure from this abrasion and impact, preventing damage to the housing and extending the service life of the machine.Without side liners, the structural steel housing of the crusher would wear quickly under the constant flow of abrasive material. By acting as sacrificial wear components, side liners absorb the majority of this wear and can be replaced periodically without affecting the crusher frame.

Side liner wear patterns vary depending on the material flow path and chamber position. Areas close to the rotor discharge or high-velocity material streams typically experience significantly higher abrasion than zones near the feed opening. For this reason, side liners are manufactured in different materials such as chrome white iron, alloy steel, or bimetallic liners to match specific wear conditions. Selecting the correct liner material helps reduce maintenance frequency, improve crusher availability, and lower total wear part cost. Our engineering team can recommend the most suitable side liner solution based on your crusher model, feed material characteristics, and operating conditions.

HSI Blow Bar Strike Edge
Material hardness directly affects wear resistance and service life

Impact Crusher Side Liners Gallery

Explore our range of impact crusher side liners designed to protect crusher housings from abrasion and wear. Available in chrome white iron casting liners, alloy steel cut liners, and bimetallic liners for extended service life in mining, quarrying, and recycling applications. Engineered to fit major HSI crusher models and deliver reliable wear protection in demanding crushing environments.

Material Options for Impact Crusher Side Liners

Side liner materials are selected based on abrasion level, impact load, and crusher operating conditions.

Manganese Steel LinersSuitable for high-impact areas near the rotor discharge where material impact is strong and work-hardening improves wear resistance.
Chrome White Iron Casting LinersBest for abrasion-dominated zones where material slides along the crusher housing with limited impact.
Chrome White Iron Liners with TiC InsertsDesigned for extremely abrasive applications where extended wear life is required in high-throughput crushing environments.
Chrome Brazed Steel Liners (Bimetallic)Premium liners combining a tough steel backing with a high-chrome wear layer for maximum durability in severe wear zones.
Alloy Steel Cutting Liners (AR500 / AR450)Heavy-duty steel liners used in moderate abrasion areas where toughness and structural protection are required.

OEM Compatibility for Impact Crusher Side Liners

MINEVANT manufactures impact crusher side liners compatible with major HSI crusher brands worldwide. Our liners are engineered to match original crusher housing geometry, ensuring reliable fit, easy installation, and consistent wear performance.

METSO

NP1007, NP1110, NP1213, NP1315, NP1520
Lokotrack LT Series

SANDVIK

CI411, CI511, CI711, CI721
QI240, QI341, QI442

TEREX / FINLAY

I-100, I-110, I-120, I-130, I-140
Trakpactor Series

KLEEMANN

MR 110, MR 122, MR 130, MR 170
MOBIREX Series

HAZEMAG

NP1007, NP1110, NP1213, NP1315, NP1520
Lokotrack LT Series

HAZEMAG

NP1007, NP1110, NP1213, NP1315, NP1520
Lokotrack LT Series

Related Impact Crusher Wear Parts

BLOW BARS

Primary impact crusher wear parts mounted on the rotor. Available in martensitic steel, high chrome, and ceramic insert composites.

IMPACT PLATES

Stationary wear plates that form the crushing chamber and assist in secondary material reduction and shaping.

CERAMIC INSERT TECHNOLOGY

Advanced ceramic insert technology designed to significantly extend wear life in high-abrasion crushing conditions.

Side Liners Maintenance Guide

Proper inspection and maintenance of side liners help protect crusher housings and extend equipment service life.

  • Regular Wear Inspection
    Inspect side liners regularly for excessive wear, cracks, or deformation. Early detection helps prevent damage to the crusher housing and other wear components.
  • Monitor Liner Thickness
    Measure liner thickness during scheduled maintenance shutdowns. Replace liners before wear reaches the minimum safe thickness to maintain proper housing protection.
  • Check Mounting Bolts and Fasteners
    Ensure mounting bolts and fixing hardware remain securely tightened. Loose liners can cause abnormal wear patterns and damage to the crusher housing.
  • Observe Wear Distribution
    Uneven wear across side liners may indicate incorrect material flow or improper crusher settings. Adjust feed distribution to improve liner life.
  • Replace Liners Before Housing Exposure
    Side liners act as sacrificial wear plates protecting the crusher housing. Replace liners before wear reaches the base structure to avoid costly repairs.
Inspection Before Rotation

Always inspect blow bars for cracks before rotation or flipping.
Cracked blow bars should be replaced instead of reused, as cracks may propagate under impact and lead to unexpected failure.
Also check mounting holes and fasteners for elongation, wear or damage.

Compatible Impact Crusher Models for liners

MINEVANT blow bars are manufactured to the dimensional tolerances of major HSI impact crusher models. Send your crusher model and rotor drawing for dimensional confirmation before ordering.

OEM BrandModels
MetsoNP-LT1007, NP-LT1110, NP13, NP15, NP1520, NP1620
HazemagAPK30, APK40, APK50, APK60, APK105, APK1006, APK1013, AP-PM1822, AP-PM2225, HAZ790, HAZ853, HPI2025
SandvikCI124, CI224, QI340, QI341, QI353, QI441
KleemannMR100Z, MR110Z, MR122Z, MR130Z, MR150Z, SHB10, SHB12, SHB13, SHB14
Terex FinlayI-100, I-110, I-120, I-130, I-140, IC110
Terex Cedarapids5048 HIS, 5064 HIS
Terex EvoquipCobra 230, Cobra 260, Cobra 290
McCloskeyI34, I44, I4C, I54
RubblemasterRM60, RM70, RM80, RM90, RM100, RM120
KeestrackR3, R5, R6 KP, R6 KT, Destroyer 1112, Destroyer 1113
KPI-JCI (ASTEC)FT4240, FT4250, FT5260
SBM1311, 1313, REMAX 200, REMAX 300, REMAX 400
RocksterR700, R900
Hartl1060, 1270, 1310
Eagle500, 1000, 1200, 1400, 1600
Lippmann4248, 5165
Striker907, 1112, 1312, 1315
TesabRK1012, RK623, RK624
IROCKS3151-13-4, S3151-13-5
Inertia4048, 5066
Portafill7000-IC

Model not listed? Contact MINEVANT with your crusher model, part number or blow bar dimensions. Our engineering team can manufacture custom blow bars according to drawings within 3–5 weeks.

All manufacturer names, part numbers and model descriptions are used for reference purposes only and do not imply any affiliation with the original equipment manufacturers.

Side Liners FAQs

Find answers to common questions about impact crusher side liners, liner materials, wear life, and replacement recommendations.

How often should impact crusher side liners be replaced?

The replacement interval for side liners depends on feed material abrasiveness, crusher operating conditions, and liner material type. High-wear zones near the rotor discharge typically require more frequent replacement than areas near the feed opening. In most aggregate and quarry applications, side liners may last several blow bar change cycles before replacement is required. Regular inspection and thickness monitoring are recommended to determine the optimal replacement timing.

What is the minimum acceptable liner thickness?

Side liners should be replaced before wear reaches the base structure of the crusher housing. As a general guideline, replacement is recommended when the remaining liner thickness reaches approximately 25–30% of the original thickness. Operating liners beyond this limit may expose the crusher housing to excessive wear and increase the risk of structural damage.

Can different liner materials be used in different crusher positions?

Yes. Different areas inside an impact crusher experience different wear conditions. High-impact zones may benefit from manganese steel liners, while abrasion-dominated areas are better suited to chrome white iron or bimetallic liners. Selecting the correct liner material for each position can significantly improve wear life and reduce overall maintenance costs.

Can worn side liners be rebuilt or repaired?

In some cases, liners made from steel plate materials can be repaired using hardfacing or overlay welding. However, heavily worn or cracked liners should be replaced to ensure proper crusher protection and safe operation. For high-chrome or bimetallic liners, replacement is typically recommended once wear reaches the specified limit.

How do side liners protect the crusher housing?

Side liners act as sacrificial wear plates that protect the internal housing walls of the impact crusher. During crushing, material moving through the chamber creates continuous abrasion and impact against the crusher structure. By absorbing this wear, side liners prevent damage to the main crusher frame and can be replaced periodically as part of normal maintenance.

Which crusher brands are compatible with MINEVANT side liners?

MINEVANT impact crusher side liners are compatible with many major HSI crusher brands including Metso, Sandvik, Kleemann, Terex Finlay, McCloskey, Rubble Master, Tesab and other leading impact crusher manufacturers.
Our replacement side liners are engineered to match OEM housing geometry for reliable fit, consistent wear performance, and easy installation.
If your crusher model is not listed, our engineering team can manufacture custom side liners based on drawings or sample parts. We supply side liners for a wide range of HSI impact crushers used in mining, quarrying, and recycling applications worldwide.