Part of the current Polysius cement raw-material crushing range. Identify wear parts, spares and maintenance tools by model, feed opening, rotor dimensions, hammer arrangement and grate basket.
TITAN pre-crushes material between two rotors, crushes it further against the anvil and controls product size through discharge grates. It handles medium-hard raw materials such as wet limestone, marl, clay, chalk and gypsum. This page focuses on data and technical routes needed for spare-parts supply.
The complete table follows the thyssenkrupp TITAN OEM brochure. Capacity varies with material, product size and configuration; use it for preliminary installation and parts identification.
| Standard model | Feed opening dimensions | Rotor diameter × width | Reference capacity at 30–90 mm grate gaps |
|---|---|---|---|
| TITAN 40 D 50 | 2350 × 1290 mm | 1320 × 1340 mm | 180–280 t/h |
| TITAN 48 D 50 | 2350 × 1510 mm | 1320 × 1560 mm | 220–320 t/h |
| TITAN 56 D 50 | 2350 × 1730 mm | 1320 × 1780 mm | 260–370 t/h |
| TITAN 48 D 75 | 2700 × 1280 mm | 1600 × 1340 mm | 300–430 t/h |
| TITAN 56 D 75 | 2700 × 1480 mm | 1600 × 1540 mm | 350–500 t/h |
| TITAN 64 D 75 | 2700 × 1680 mm | 1600 × 1740 mm | 425–650 t/h |
| TITAN 72 D 75 | 2700 × 1880 mm | 1600 × 1940 mm | 500–750 t/h |
| TITAN 72 D 100 | 2850 × 1970 mm | 1800 × 2030 mm | 600–900 t/h |
| TITAN 80 D 100 | 2850 × 2180 mm | 1800 × 2240 mm | 700–1100 t/h |
| TITAN 88 D 100 | 2850 × 2390 mm | 1800 × 2450 mm | 800–1200 t/h |
| TITAN 60 D 160 | 3100 × 1850 mm | 2000 × 1920 mm | 900–1350 t/h |
| TITAN 70 D 160 | 3100 × 2150 mm | 2000 × 2220 mm | 1050–1500 t/h |
| TITAN 80 D 160 | 3100 × 2450 mm | 2000 × 2520 mm | 1250–1700 t/h |
| TITAN 90 D 160 | 3100 × 2750 mm | 2000 × 2820 mm | 1500–2100 t/h |
| TITAN 100 D 160 | 3330 × 3000 mm | 2000 × 3120 mm | 1750–2400 t/h |
| TITAN 96 D 180 | 3900 × 2760 mm | 2400 × 2840 mm | 1750–2400 t/h |
| TITAN 108 D 180 | 3900 × 3100 mm | 2400 × 3180 mm | 2000–2800 t/h |
| TITAN 70 D 220 | 3700 × 2550 mm | 2200 × 2520 mm | 1950–2750 t/h |
| TITAN 80 D 220 | 3700 × 2890 mm | 2200 × 2860 mm | 2250–3150 t/h |
The numbers on the diagram correspond one to one with the rows below.
| No. | Component | Location | Applies to |
|---|---|---|---|
| 1 | Hammer | Visible swinging hammer on near rotor perimeter | TITAN |
| 2 | Rotor disc | Parallel discs along near rotor | TITAN |
| 3 | Crusher housing | Blue crusher housing outside rotors | TITAN |
| 4 | Rotor shaft end | Exposed rotor shaft end projecting from front right | TITAN |
| 5 | Mounting foot | Lower mounting foot at front right | TITAN |
Impact, compression and sliding wear differ by position. Hammers, anvils, bars, grate segments and housing liners link to their respective component and material pages.
Swing Hammer
Mounted on the hammer axles of both rotors, these perform the main impact crushing. Confirm weight, bore, thickness, row position, rotation direction and five-axle arrangement against the full TITAN model.
View the common part page →
Central Anvil
Located downstream of the rotors, the anvil further breaks lumps after pre-crushing. Confirm profile, supports, fixing holes, left/right position and wear allowance from installed drawings.
View the common part page →
Grate Bar
Grates below the rotors control product size through their gaps. Check section, length, gap, orientation and basket support interfaces together.
View the common part page →
Grate Segment / Screen Plate
Segments in the discharge area form sizing openings with the bars. Curvature, slots, thickness, joints and supports vary with model and target product size.
View the common part page →
Side Housing Liner
These protect rotor sides and housing walls while clearing the hammer path. Confirm handedness, curved faces, holes, overlaps and access-door positions against the specific housing.
View the common part page →Feed / Discharge Area Liner
These cover the feed inlet, drop points and transition below the grates. Identify inlet impact and discharge sliding-wear zones separately; do not assume identical thickness or material.
View the common part page →Confirm rotor assemblies, pentagonal shafts, hammer axles, bearing housings, pulleys and grate-basket trolley parts for their respective interfaces, loads, manufacturing and inspection requirements.
Five-Axle Rotor Assembly
The OEM rotor comprises a shaft, discs, hammer axles, spacers and end supports. Confirm diameter, width, disc spacing, hammer rows and dynamic balance together for the TITAN model.
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Pentagonal Rotor Shaft
The OEM brochure shows a pentagonal shaft matched to revised discs and hammer weights. Its section, journals, keys or connections, disc positions and heat treatment cannot be replaced by a generic round-shaft design.
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Hammer Axle / Hammer Pin
Axles pass through rotor discs and support multiple swing hammers under repeated impact, bending and shear. Check diameter, length, end locking, hammer clearances and extraction direction with the rotor.
View the common part page →
Rotor Bearing & Housing
These support high-speed impact loads from both rotors. Confirm bearing type, clearance, housing bore, covers, seals, lubrication and handedness against installation records.
View the common part page →
Drive Pulley & V-Belt
Confirm motors, pulley diameters, groove profiles, ratios, bores, keyways, taper bushes and guards. Do not copy the left/right drive layout from appearance alone.
View the common part page →
Grate Basket Trolley Roller & Guide
These support hydraulic basket removal and installation. Confirm wheel diameter, track gauge, flanges, bearings, guides and clearance to side doors against the site arrangement.
View the common part page →No. Confirm serial number, hammer weight and rows, bore, axle, rotor discs, rotation direction, drawing and revision.
Do not assume so. Impact, compression, sliding wear, fixing and fracture risks differ. Select materials and processes separately for each position and duty.
No. It is a descriptive filename without a traceable OEM catalogue reference to a TITAN model, position and drawing revision, so it is not published as an OEM model details.
Provide model, serial number, hammer weight, rotor and basket dimensions, grate gaps, drawing, worn-part photos, materials and duty. We coordinate identification, material assessment, manufacturing, quality control and delivery.
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ANRANST provides customers worldwide with engineering assessment, production at certified foundries to the customer technical requirements, quality control and finished-part delivery for custom wear parts and industrial spares, with scope to support other custom industrial parts.
We review mating surfaces and interface dimensions and assess material, heat treatment and manufacturing feasibility.
Material grades and heat-treatment processes are specified order by order, stated in the technical agreement and tracked through production.
Drawing confirmation, material and process control, production tracking, inspection and acceptance coordination.
We coordinate manufacturing, quality confirmation, packaging and delivery of complete finished parts in a workable, closed-loop supply process.
Provide the equipment brand, complete model and serial number, part name, part number or drawing number, drawing revision, quantity, material requirements and duty. If identifiers are unavailable, send photographs and key dimensions.
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