+1 308 465 1950
ATF Crusher Parts
Impact Crusher Blow Bars | Martensitic, Chrome & Ceramic | ATF

HSI Impact Crusher Parts

Impact Crusher Blow Bars | Martensitic, Chrome & Ceramic | ATF

Aftermarket blow bars & curtain liners for HSI crushers. Martensitic, high-chrome & ceramic MMC. Fits Metso, Sandvik, Kleemann, Hazemag. Quote in 24h—ships globally.

Blow Bars Ceramic Inserts Impact Plates
HSI Crusher Wear Parts

What Blow Bars Do and Why Material Matters

Blow bars are the primary wear component in horizontal shaft impact (HSI) crushers — also referred to as breaker bars, impact hammers or rotor bars depending on the OEM. Mounted on the rotor, they strike incoming feed material at tip speeds of 25–40 m/s. The combination of impact energy and abrasion from the feed determines how quickly a blow bar wears — and which material will last longest in a given application.

Material selection is the single largest factor in blow bar wear life. Harder alloys resist abrasion but fracture more easily under impact. Tougher alloys absorb shock without breaking but wear faster against abrasive feeds. ATF manufactures blow bars in four base alloy systems — manganese steel, martensitic steel, standard high-chrome iron and tempered high-chrome iron — each available with ceramic or TiC insert upgrades for extended wear life in abrasive conditions.

35+ Years Experience
ISO 9001 Certified
Factory Direct
Blow bar strike edge showing wear profile

Blow Bar Strike Edge

Material hardness determines edge retention and wear rate

Complete Range

Material Selection by Application

Nine blow bar options covering every HSI application from primary demolition to ultra-clean manufactured sand production.

Manganese Steel (2 options)

Mn18Cr2 Manganese

Hardness:
200–240 HB (work-hardens to 500+)
Impact:
Very High
Application:
Primary crushing, heavy demolition, high tramp metal

Mn18Cr2 + TiC Composite

Hardness:
200–240 HB base + 3200 HV TiC
Impact:
Very High
Application:
Primary crushing where plain manganese wears too fast
Martensitic Steel (2 options)

Martensitic Steel

Hardness:
48–54 HRC
Impact:
Medium-High
Application:
Concrete recycling, mixed demolition, moderate rebar

Martensitic + Ceramic (MMC)

Hardness:
48–54 HRC base + 1600 HV ceramic
Impact:
Medium
Application:
Concrete and asphalt recycling with controlled feed
High Chrome Standard (3 options)

High Chrome

Hardness:
60–64 HRC
Impact:
Brittle
Application:
Clean abrasive secondary/tertiary, zero tramp metal

High Chrome + Ceramic (MMC)

Hardness:
60–64 HRC + 1600 HV ceramic
Impact:
Brittle
Application:
Ultra-clean secondary, manufactured sand

HC + Ceramic Plus (MMC)

Hardness:
60–64 HRC + extended ceramic (60 mm depth)
Impact:
Brittle
Application:
Ultra-abrasive, ultra-clean secondary with tight feed control
High Chrome Tempered (2 options)

High Chrome Tempered

Hardness:
55–58 HRC
Impact:
Low-Medium
Application:
Variable quarry conditions with occasional impacts

HC Tempered + Ceramic (MMC)

Hardness:
55–58 HRC + 1600 HV ceramic
Impact:
Low-Medium
Application:
Abrasive feeds with some variability, limited tramp metal

Impact tolerance ratings are qualitative and reflect relative performance across these alloy systems. Actual Charpy impact energy depends on heat treatment, section thickness and test specimen geometry — contact ATF for test data specific to your application. Manganese steel work-hardens under impact: surface hardness increases from approximately 200 HB to 500+ HB during operation.

Hardness vs Impact Tolerance Trade-Off

Hardness (working surface) → 200 HB 48 HRC 55 HRC 64 HRC ← Impact Tolerance Very High Medium-High Low-Medium Brittle TOUGHER HARDER Mn M HCT HC +TiC +Ceramic +Ceramic Clean feed alloys Variable feed alloys

Base alloy positions on the hardness-toughness spectrum. Composite upgrades (arrows) shift each alloy toward higher edge hardness without changing the base material's impact tolerance. Hardness shown in native units — HB for manganese (work-hardened), HRC for steels and irons.

Feed Preparation for Composite Blow Bars

MMC bars require functioning magnetic separation and metal detection upstream of the crusher. Ceramic and TiC inserts fracture under point-load impact from tramp iron, loader teeth or undetected rebar. Verify your feed preparation before specifying composite variants.

If upstream metal removal cannot be ensured, use the plain base alloy instead — Mn18Cr2 for primary duties, martensitic for recycling, or tempered high-chrome for variable quarry feeds.

Selection Guide

How to Choose: Base Alloy First, Then Upgrade

Blow bar selection follows two steps. First, identify the correct base alloy for the application's impact-to-abrasion ratio. Second, decide whether a ceramic or TiC insert upgrade is justified by the feed conditions and required campaign length.

1 Step 1 — Base Alloy by Wear Mechanism

Mn18Cr2 Manganese

High impact, tramp metal present

Work-hardens under impact (200 → 500+ HB). Soft core absorbs shock without fracture.

Martensitic Steel (48–54 HRC)

Mixed impact and abrasion (recycling)

Hard as-delivered. Tolerates rebar without spalling.

High Chrome (60–64 HRC)

High abrasion, clean feed, low impact

Maximum hardness from dense chromium carbide structure. Brittle — requires zero tramp metal.

High Chrome Tempered (55–58 HRC)

Abrasive feed with occasional impacts

Heat treatment reduces brittleness at the cost of 10–15% wear life. Tolerates occasional shocks.

Not sure which base alloy fits your application?

Send your feed material description and crusher model — ATF recommends the right alloy within 24 hours.

Request Alloy Recommendation

2 Step 2 — Composite Upgrades

Ceramic inserts (1600 HV) and TiC rods (3200 HV) reinforce the strike edge against abrasion. They extend wear life but reduce overall impact tolerance because the inserts themselves are brittle. The cleaner and more consistent the feed, the more a composite upgrade is justified.

Base Alloy Upgrade Available When to Upgrade When Not To
Mn18Cr2 Manganese + TiC (3200 HV rods) Plain manganese wears too fast in abrasive primary duties Low-abrasion feed — cost not justified
Martensitic Steel + Ceramic (1600 HV inserts) Concrete/asphalt recycling with controlled feed, low tramp metal Significant rebar in feed
High Chrome + Ceramic / + Ceramic Plus Clean secondary duty where longer campaigns reduce changeout cost Any tramp metal present
High Chrome Tempered + Ceramic (1600 HV inserts) Variable quarry feeds where abrasion still dominates Frequent large uncrushables

Available on standard high-chrome base, extends insert coverage to 60 mm depth for the longest wear life in ultra-abrasive applications such as manufactured sand production. It requires the tightest feed control of any option — steel contamination must be rigorously removed before the crusher.

Production Schedule

Lead Times by Material Type

Material Typical Lead Time Why
Mn18Cr2 Manganese (plain) 2–3 weeks High-volume production, commonly held in stock
Mn18Cr2 + TiC Composite 4–6 weeks TiC rod placement requires secondary casting process
Martensitic Steel (plain) 2–4 weeks Quench-and-temper cycle adds processing time
Martensitic + Ceramic (MMC) 5–7 weeks Ceramic insert placement during casting and post-cast inspection
High Chrome (plain or tempered) 3–5 weeks Controlled cooling and heat treatment cycle
High Chrome + Ceramic / Plus 6–8 weeks Extended ceramic placement, deeper insert coverage

Lead times vary by bar dimensions, order quantity and current production schedule. If you are planning a scheduled shutdown, contact ATF early — particularly for ceramic and TiC composite variants. Plain manganese and martensitic bars in common sizes for Metso NP and Hazemag AP models are typically available from stock.

Planning a shutdown?

Check lead time and stock availability for your specific blow bar dimensions.

Check Availability
Work-Hardening Technology

Manganese Steel Blow Bars (Mn18Cr2)

Mn18Cr2 manganese steel (ASTM A128 Grade C equivalent) is the standard material for primary HSI crushers processing variable or demolition feeds. Its defining property is work-hardening: the surface hardens from 200–240 HB to 500+ HB under repeated impact, while the unhardened core remains tough enough to absorb shock loads and tramp metal strikes without fracture.

Work-hardening requires sufficient impact energy to activate. In low-impact secondary applications — fine feeds, low rotor speed — the surface does not harden fully, a condition known as glazing. A glazed manganese bar wears rapidly because the soft surface has no abrasion resistance. If the application does not generate consistent high-energy impacts, martensitic or high-chrome alloys will outperform manganese.

Mn + TiC Composite

When plain manganese wears too quickly in abrasive primary duties, TiC (titanium carbide) rods embedded along the strike edge provide localised hardness of 3200 HV. The manganese base retains high impact tolerance compared with ceramic MMC options, while the TiC rods resist edge rounding in abrasive feeds. This composite is positioned between plain manganese and ceramic-reinforced options: it handles tramp metal that would fracture ceramic inserts, while lasting longer than plain manganese in abrasive conditions.

Mn18Cr2 manganese steel blow bar for HSI impact crushers
Manganese blow bar with TiC titanium carbide inserts for extended wear life

Mn18Cr2 + TiC Composite

Titanium carbide rods at 3200 HV

Martensitic steel blow bars for recycling and demolition applications
Martensitic blow bar with ceramic MMC inserts

Martensitic + Ceramic (MMC)

1600 HV ceramic inserts for controlled feed

Recycling Specialist

Martensitic Steel Blow Bars

Martensitic steel blow bars (48–54 HRC) provide the best balance of hardness and toughness for recycling and demolition applications. Unlike manganese, martensitic steel does not rely on work-hardening — it is already hard as delivered. This makes it effective in both high-impact and moderate-abrasion conditions without requiring the consistent heavy loading that manganese needs.

Concrete recycling is the primary application. Martensitic bars tolerate rebar strikes and embedded steel without the catastrophic fracture risk of high-chrome alloys. Impact tolerance is medium-high — sufficient for moderate tramp metal, though applications with very large or frequent uncrushables should consider manganese.

Martensitic + Ceramic (MMC)

For concrete and asphalt recycling with controlled feed and low tramp metal risk, ceramic inserts (1600 HV) placed during casting and secured in the martensitic matrix extend edge retention. Impact tolerance drops from medium-high to medium with ceramic inserts — suitable for controlled recycling operations but not for feeds with significant rebar or steel contamination. If tramp metal cannot be reliably removed before the crusher, use plain martensitic bars instead.

Product Range

Blow Bar Gallery

Manganese, martensitic, and high-chrome blow bars manufactured to OEM specifications for all major HSI crusher brands.

  • Manganese steel blow bars stacked in warehouse
    Mn18Cr2

    Manganese Blow Bars

  • Blow bar with ceramic inserts
    MMC

    Ceramic Insert Blow Bar

  • HSI impact crusher blow bars
    Martensitic

    HSI Blow Bars

  • High chrome blow bar for abrasive applications
    60-64 HRC

    High Chrome Blow Bar

  • Mn12 manganese blow bar
    Primary

    Mn12 Blow Bar

  • Manganese blow bar with TiC inserts
    TiC Insert

    Mn18 + TiC Composite

  • Martensitic steel blow bars for recycling
    Recycling

    Martensitic Blow Bars

  • High chrome blow bars with ceramic inserts
    MMC

    HC + Ceramic Blow Bars

Maximum Abrasion Resistance

High-Chrome Iron Blow Bars

High-chrome white iron (ASTM A532 Class III Type A equivalent, 60–64 HRC) provides maximum hardness from a dense chromium carbide microstructure. It is the highest-performing material in clean, abrasive secondary and tertiary applications — limestone, basalt, clean gravel, manufactured sand. Impact tolerance is very low (brittle), making high-chrome unsuitable for any application where tramp metal or large uncrushable objects may enter the crusher.

Three ceramic-reinforced variants extend wear life at progressively higher levels. Standard ceramic (1600 HV inserts placed during casting) suits clean secondary stone and gravel. Ceramic Plus extends insert coverage to 60 mm depth for ultra-abrasive manufactured sand production with tight feed control. Both require rigorous steel removal upstream of the crusher.

High Chrome Tempered (55–58 HRC)

Where quarry conditions are variable — occasional impact events mixed with predominantly abrasive feeds — tempered high-chrome offers a controlled trade-off. Heat treatment reduces hardness from 60–64 to 55–58 HRC and increases impact tolerance from brittle to low-medium. This sacrifices approximately 10–15% wear life compared to standard high-chrome but prevents the premature fracture that standard chrome bars can suffer under unexpected shock loads. Available plain or with ceramic inserts for longer campaigns.

High-chrome white iron blow bars 60-64 HRC for clean abrasive applications
High-chrome blow bars with ceramic MMC inserts for manufactured sand

High Chrome + Ceramic (MMC)

For ultra-clean secondary and manufactured sand

Not Sure Which Material

Our application engineers provide free technical consultations. Tell us your crusher model, feed material, and current wear patterns — we'll recommend the optimal blow bar material for your operation.

24-Hour Quote Response
Free Technical Consultation
Stock Available
Request a Quote Call
Maintenance Guide

Blow Bar Rotation and Wear Management

Wear Stage Action Purpose
25–30% worn Rotate 180° (flip end-to-end) Exposes unworn face, extends usable life
50–60% worn Move from leading to trailing position Trailing position receives less impact
70–80% worn Replace Below this, rotor balance is compromised

Weight Balance Critical

Blow bars should always be weighed before installation and arranged on the rotor to minimise imbalance. A weight variance greater than 0.5 kg between opposing bars causes vibration that accelerates bearing wear.

  • Weigh all bars before installation
  • Assign positions to keep rotor within balance tolerance
  • Ceramic and TiC bars are particularly sensitive to imbalance
  • Insert fracture can occur under asymmetric loading
OEM Compatibility

Compatible Crusher Models

ATF blow bars are manufactured to the dimensional tolerances of the following HSI crusher lines. Send your crusher model and rotor drawing for dimensional confirmation before ordering.

OEM Models
Metso
NP-LT 1007 NP-LT 1110 NP13 NP15 NP1520 NP1620
Hazemag
APK30 APK40 APK50 APK60 APK105 APK1006 APK1013 AP-PM 1822 AP-PM 2225 HAZ790 HAZ853 HPI2025
Sandvik
CI124 CI224 QI340 QI341 QI353 QI441
Kleemann
MR100Z MR110Z MR122Z MR130Z MR150Z SHB10 SHB12 SHB13 SHB14
Terex Finlay
I-100 I-110 I-120 I-130 I-140 IC110
Terex Cedarapids
5048 HIS 5064 HIS
Terex Evoquip
Cobra 230 Cobra 260 Cobra 290
McCloskey
I34 I44 I4C I54
Rubblemaster
RM60 RM70 RM80 RM90 RM100 RM120
Keestrack
R3 R5 R6 KP R6 KT Destroyer 1112 Destroyer 1113
KPI-JCI (ASTEC)
FT4240 FT4250 FT5260
SBM
1311 1313 REMAX 200 REMAX 300 REMAX 400
Rockster
R700 R900
Hartl
1060 1270 1310
Eagle
500 1000 1200 1400 1600
Lippmann
4248 5165
Striker
907 1112 1312 1315

Contact ATF with the part number or rotor dimensions. Most HSI blow bars can be manufactured to drawing within 4–6 weeks.

Technical Requirements

Blow Bar Dimensions and Specifications

Five parameters must match the rotor slot exactly: length, width, height, weight and mounting hole pattern. ATF requires at least one of the following to confirm dimensional fit:

  • OEM Part Number

    e.g. Metso N11921454

  • Crusher Model & Rotor Serial

    For cross-reference to OEM specs

  • Dimensional Drawing

    With tolerances specified

  • Physical Measurement

    Length × width × height, hole centres

Blow bar weight affects both rotor balance and crushing energy. Heavier bars deliver more impact force per revolution but require the rotor to be designed for that mass. ATF matches bar weight to the OEM specification unless the customer requests a modification for a specific application.

Quick Quote Requirements

  • Crusher brand and model
  • Part number or dimensions
  • Feed material type
  • Current material / wear issues
  • Quantity required

Not sure about specifications? Send photos of your worn bars and crusher nameplate — our engineers can identify the correct parts.

Get a Quote

Ready to order?

Send your OEM part number or rotor drawing for dimensional confirmation and pricing.

Request Drawing Match
FAQ

Blow Bar FAQs

Find answers to common questions about blow bar materials, selection, maintenance, and ordering. Can't find what you're looking for?

Contact Our Team
Which blow bar material lasts longest?
It depends on the application. High-chrome iron with Ceramic Plus inserts delivers the longest wear life in clean, abrasive secondary crushing with tight feed control. In primary crushing with tramp metal, Mn18Cr2 manganese lasts longest because it absorbs impact without fracture. There is no single "longest-lasting" material — the correct choice depends on your feed conditions, impact energy and feed cleanliness.
Can high-chrome blow bars be used in recycling applications?
Standard high-chrome (60–64 HRC) is brittle and not suitable for recycling applications with rebar or tramp metal. Tempered high-chrome (55–58 HRC) tolerates occasional impacts and can work in controlled recycling where steel has been reliably removed. For recycling with moderate tramp metal risk, martensitic steel is the safer choice.
When does manganese steel glaze, and what causes it?
Glazing occurs when manganese blow bars are used in low-impact applications — fine feeds, low rotor speeds, or secondary crushing positions. Without sufficient impact energy, the manganese surface does not work-harden and remains at its as-cast hardness of 200–240 HB. This soft surface wears rapidly against abrasive material. If your application runs below 25 m/s tip speed with consistently fine feed, consider martensitic or high-chrome alloys instead.
Do ceramic blow bars break easily?
Ceramic inserts are hard (1600 HV) but brittle. They fracture under point-load impact from tramp iron, loader teeth or undetected rebar — not from normal crushing forces in a clean feed. The failure mode is insert spalling or delamination, not bar fracture. If your feed preparation includes functioning magnetic separation and metal detection, ceramic composites perform reliably. If tramp metal cannot be consistently removed, use the plain base alloy instead.
How often should blow bars be rotated?
Rotate at 25–30% wear (flip 180°), reposition from leading to trailing at 50–60% wear, and replace at 70–80% wear. Always weigh bars before installation — opposing bars should be within 0.5 kg to prevent rotor imbalance and vibration damage to bearings.
What information does ATF need to quote blow bars?
At minimum, ATF needs one of: the OEM part number, the crusher model and rotor serial number, a dimensional drawing with tolerances, or physical measurements of an existing bar (length × width × height plus hole centres). If you also provide your feed material, throughput and current wear life, ATF can recommend the optimal alloy as part of the quotation.

Ready to Order Blow Bars?

Stock available for popular models. Custom orders manufactured in 4–6 weeks. Factory-direct pricing with technical support from experienced engineers.

24h

Quote Response

4–6

Weeks Production

50+

Countries Served

Request a Quote Call +1 308 465 1950

Available Parts (112)

Eagle 1000 (UM-15) Blow bar

Eagle · 1000 (UM-15)

SKU: 1000 (UM-15) View

Eagle 1200 (UM-25) Blow bar

Eagle · 1200 (UM-25)

SKU: 1200 (UM-25) View

Eagle 1400 (UM-45) Blow bar

Eagle · 1400 (UM-45)

SKU: 1400 (UM-45) View

Eagle 1600 (UM-69) Blow bar

Eagle · 1600 (UM-69)

SKU: 1600 (UM-69) one piece View

Eagle 500 (UM-05) Blow bar

Eagle · 500 (UM-05)

SKU: 500 (UM-05) View

Hartl 1060 Blow bar

Hartl · 1060

SKU: 1060 View

Hartl 1270 Blow bar

Hartl · 1270

SKU: 1270 View

Hartl 1310 Blow bar

Hartl · 1310

SKU: 1310 View

Hazemag AP-PM 1822 Blow Bar

Hazemag · AP-PM 1822

SKU: AP-PM 1822 View

Hazemag AP-PM 2225 Blow Bar

Hazemag · AP-PM 2225

SKU: AP-PM 2225 View

Hazemag AP-S 0813 Blow bar

Hazemag · AP-S 0813

SKU: AP-S 0813 View

Hazemag APK1006 Blow bar (3 grooves)

Hazemag · APK1006

SKU: HAZ790 View

Hazemag APK1013 Blow bar

Hazemag · APK1013

SKU: APK1013 View

Hazemag APK105 Blow bar

Hazemag · APK105

SKU: APK105 View

Hazemag APK30 Blow bar (3 grooves)

Hazemag · APK30

SKU: HAZ790 View

Hazemag APK40 Blow bar 3 Grooves

Hazemag · APK40

SKU: HAZ789 View

Hazemag APK40 Blow bar (3 grooves)

Hazemag · APK40

SKU: HAZ789 View

Hazemag APK40 Blow bar (2 grooves)

Hazemag · APK40

SKU: HAZ789 View

Hazemag APK50 Blow bar (3 grooves)

Hazemag · APK50

SKU: HAZ791 View

Hazemag APK50 Blow bar (2 grooves)

Hazemag · APK50

SKU: HAZ791 View

Hazemag APK60 Blow bar

Hazemag · APK60

SKU: HAZ 850A View

Hazemag APP1013 Blow bar

Hazemag · APP1013

SKU: APP1013 View

Hazemag HAZ1013 Blow bar

Hazemag · HAZ1013

SKU: HAZ1013 View

Hazemag HAZ1036 Blow bar

Hazemag · HAZ1036

SKU: HAZ1036 View

Hazemag HAZ790 Blow bar (3 grooves)

Hazemag · HAZ790

SKU: HAZ790 View

Hazemag HAZ790 Blow bar (2 grooves)

Hazemag · HAZ790

SKU: HAZ790 View

Hazemag HAZ793 (2 grooves)- M3717454 Blow bar (2 grooves)

Hazemag · HAZ793 (2 grooves)- M3717454

SKU: HAZ793 -M3717454 View

Hazemag HPI2025 Blow bar

Hazemag · HPI2025

SKU: HPI2025 View

Hazemag M0172990 Blow bar

Hazemag · M0172990

SKU: M0172990 View

Hazemag M0174348 Blow bar

Hazemag · M0174348

SKU: M0174348 View

Hazemag M1022/APS1313/AP-PH1214 Blow bar

Hazemag · M1022/APS1313/AP-PH1214

SKU: M1022/APS1313/AP-PH1214 View

Hazemag M596 Blow bar

Hazemag · M596

SKU: M596 View

Hazemag MOD 686 Blow bar

Hazemag · MOD 686

SKU: MOD 686 View

Inertia 4048 Blow Bar

Inertia · 4048

SKU: 4048 View

Inertia 5066 Blow Bar

Inertia · 5066

SKU: 5066 View

Irock S3151-13-4 Blow Bar

Irock · S3151-13-4

SKU: S3151-13-4 View

Irock S3151-13-5 Blow Bar

Irock · S3151-13-5

SKU: S3151-13-5 View

Keestrack Destroyer 1112,1113 Blow bar

Keestrack · Destroyer 1112,1113

SKU: Destroyer 1112,1113 View

Keestrack R3 Blow bar

Keestrack · R3

SKU: R3 View

Keestrack R3 NEW Blow bar

Keestrack · R3 NEW

SKU: R3 NEW View

Keestrack R5 Blow bar

Keestrack · R5

SKU: R5 View

Keestrack R5 NEW Blow bar

Keestrack · R5 NEW

SKU: R5 NEW View

Keestrack R6 KP Blow bar

Keestrack · R6 KP

SKU: R6 KP View

Keestrack R6 KT (Destroyer) Blow bar

Keestrack · R6 KT (Destroyer)

SKU: R6 KT (Destroyer) View

Kleemann MR-130 Z/R Blow bar

Kleemann · MR-130 Z/R

SKU: 10665-2 View

Kleemann MR100Z/ SHB10 (X shape) Blow Bar

Kleemann · MR100Z/ SHB10 (X shape)

SKU: MR100Z/ SHB10 (X shape) View

Kleemann MR110Z EVO (C shape) Blow Bar

Kleemann · MR110Z EVO (C shape)

SKU: MR110Z EVO (C shape) View

Kleemann MR122Z /SHB12 (X shape) Blow Bar

Kleemann · MR122Z /SHB12 (X shape)

SKU: MR122Z /SHB12 (X shape) View

Kleemann MR130Z EVO (C shape) Blow Bar

Kleemann · MR130Z EVO (C shape)

SKU: MR130Z EVO (C shape) View

Kleemann MR130Z/SHB13 (S shape) Blow Bar

Kleemann · MR130Z/SHB13 (S shape)

SKU: MR130Z/SHB13 (S shape) View

Kleemann MR150Z (C shape) Blow Bar

Kleemann · MR150Z (C shape)

SKU: MR150Z (C shape) View

Kleemann MR150Z (X shape) Blow bar

Kleemann · MR150Z (X shape)

SKU: MR150Z (X shape) View

Kleemann SHB14 Blow Bar

Kleemann · SHB14

SKU: SHB14 View

KPI-JCI(ASTEC) FT4240 Blow bar

KPI-JCI(ASTEC) · FT4240

SKU: FT4240 View

KPI-JCI(ASTEC) FT4250 Blow bar

KPI-JCI(ASTEC) · FT4250

SKU: FT4250 View

KPI-JCI(ASTEC) FT5260 Blow bar

KPI-JCI(ASTEC) · FT5260

SKU: FT5260 View

Lippmann 4248 Blow bar

Lippmann · 4248

SKU: 4248 View

Lippmann 5165 Blow bar

Lippmann · 5165

SKU: 5165 View

McCloskey I34 Blow Bar

McCloskey · I34

SKU: I34 View

McCloskey I44 Blow bar

McCloskey · I44

SKU: I44 View

McCloskey I4C Blow bar

McCloskey · I4C

SKU: I4C View

McCloskey I54 Blow bar

McCloskey · I54

SKU: I54 View

Metso NP-LT 1213/1313 (NP13) Blow Bar

Metso · NP-LT 1213/1313 (NP13)

SKU: N62252515 View

Metso NP-LT 1007 Blow Bar

Metso · NP-LT 1007

SKU: NP-LT 1007 View

Metso NP-LT 1110 Blow Bar

Metso · NP-LT 1110

SKU: NP-LT 1110 View

Metso NP-LT 1213/1313 (NP13) Blow Bar

Metso · NP-LT 1213/1313 (NP13)

SKU: NP-LT 1213/1313 (NP13) View

Metso NP-LT 1315/1415 (NP15) Blow Bar

Metso · NP-LT 1315/1415 (NP15)

SKU: NP-LT 1315/1415 (NP15) View

Metso NP1520/1620 Blow Bar

Metso · NP1520/1620

SKU: NP1520/1620 View

Portafill 7000-IC Full Blow bar

Portafill · 7000-IC Full

SKU: 7000-IC Full View

Rockster R700 Blow Bar

Rockster · R700

SKU: R700 View

Rockster R900 Blow Bar

Rockster · R900

SKU: R900 View

Rubblemaster RM100 Blow bar

Rubblemaster · RM100

SKU: RM100 View

Rubblemaster RM120 Blow bar

Rubblemaster · RM120

SKU: RM120 View

Rubblemaster RM60 Blow bar

Rubblemaster · RM60

SKU: RM60 View

Rubblemaster RM70 Blow bar

Rubblemaster · RM70

SKU: RM70 View

Rubblemaster RM80/90 Blow bar

Rubblemaster · RM80/90

SKU: RM80/90 View

Sandvik CI124 Blow bar

Sandvik · CI124

SKU: CI124 View

Sandvik CI224 Blow bar

Sandvik · CI224

SKU: CI224 View

Sandvik QI340 (Extec I-C13, APP1013) Blow bar

Sandvik · QI340 (Extec I-C13, APP1013)

SKU: QI340 (Extec I-C13, APP1013) View

Sandvik QI341 (QI240) Blow bar

Sandvik · QI341 (QI240)

SKU: QI341 (QI240) View

Sandvik QI353 Blow bar

Sandvik · QI353

SKU: QI353 View

Sandvik QI441 (QI440) Blow bar

Sandvik · QI441 (QI440)

SKU: QI441 (QI440) View

SBM 10.6.4 Blow Bar

SBM · 10.6.4

SKU: 10.6.4 View

SBM 1311/1313 Blow Bar

SBM · 1311/1313

SKU: 1311/1313 View

SBM REMAX 200 Blow Bar

SBM · REMAX 200

SKU: REMAX 200 View

SBM REMAX 300 Blow Bar

SBM · REMAX 300

SKU: REMAX 300 View

SBM REMAX 400 Blow Bar

SBM · REMAX 400

SKU: REMAX 400 View

Striker 1112/1312 Blow bar -100mm

Striker · 1112/1312

SKU: 1112/1312 -100mm View

Striker 1112/1312 Blow bar - 120mm

Striker · 1112/1312

SKU: 1112/1312 -120mm View

Striker 1315 Blow bar

Striker · 1315

SKU: 1315 View

Striker 907 Blow bar

Striker · 907

SKU: 907 View

Terex Cedarapids 5048 HIS Blow bar

Terex Cedarapids · 5048 HIS

SKU: 5048 HIS View

Terex Cedarapids 5064 HIS Blow bar

Terex Cedarapids · 5064 HIS

SKU: 5064 HIS View

Terex Evoquip Cobra 230/260 Blow bar

Terex Evoquip · Cobra 230/260

SKU: Cobra 230/260 View

Terex Evoquip Cobra 230/260 (Short/Half) Blow bar

Terex Evoquip · Cobra 230/260 (Short/Half)

SKU: Cobra 230/260 (Short/Half) View

Terex Evoquip Cobra 290 Blow bar

Terex Evoquip · Cobra 290

SKU: Cobra 290 View

Terex Finlay I-100 (IC-100) Blow bar

Terex Finlay · I-100 (IC-100)

SKU: I-100 (IC-100) View

Terex Finlay I-110 (I-1310) Blow bar

Terex Finlay · I-110 (I-1310)

SKU: I-110 (I-1310) View

Terex Finlay I-120 Blow bar

Terex Finlay · I-120

SKU: I-120 View

Terex Finlay I-130 Blow bar

Terex Finlay · I-130

SKU: I-130 View

Terex Finlay I-140 Blow bar

Terex Finlay · I-140

SKU: I-140 View

Terex Finlay IC110 Blow Bar

Terex Finlay · IC110

SKU: IC110 View

Terex Powerscreen Pegson 1412 tracpactor (Hazemag chamber) Blow bar

Terex Powerscreen · Pegson 1412 tracpactor (Hazemag chamber)

SKU: Pegson 1412 tracpactor (Hazemag chamber) View

Terex Powerscreen Pegson 428 Blow bar

Terex Powerscreen · Pegson 428

SKU: Pegson 428 View

Terex Powerscreen Trakpactor 320 (New clamped) Blow bar

Terex Powerscreen · Trakpactor 320 (New clamped)

SKU: Trakpactor 320 (New clamped) View

Terex Powerscreen Trakpactor 320 (Old clamped) Blow bar

Terex Powerscreen · Trakpactor 320 (Old clamped)

SKU: Trakpactor 320 (Old clamped) View

Terex Powerscreen Trakpactor 550 (Hazemag chamber) Blow bar

Terex Powerscreen · Trakpactor 550 (Hazemag chamber)

SKU: Trakpactor 550 (Hazemag chamber) View

Terex Powerscreen Trakpactor 550 (Terex chamber) Blow bar

Terex Powerscreen · Trakpactor 550 (Terex chamber)

SKU: Trakpactor 550 (Terex chamber) View

Terex Powerscreen XH250 Blow bar

Terex Powerscreen · XH250

SKU: XH250 View

Terex Powerscreen XH320 (unclamped) Blow bar

Terex Powerscreen · XH320 (unclamped)

SKU: XH320 (unclamped) View

Tesab RK1012 Blow bar

Tesab · RK1012

SKU: RK1012 View

Tesab RK623/624 Blow Bar

Tesab · RK623/624

SKU: 2-320 View

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