Our Expertise
Cement plants and quarries run high-throughput crushing and conveying lines where a blockage or a premature wear failure stops the whole line. We supply the equipment that addresses both: IC Boom System hydraulic booms to clear crusher and grizzly blockages without manual entry, and material handling and filtration equipment selected for constant particulate abrasion. Supply, installation inside the planned outage, commissioning and the critical spares list are handled as one package rather than as separate purchases.
Problems we address
- Crusher and grizzly blockages stopping the production line
- Manual blockage clearing exposing crews to serious hazards
- Constant particulate abrasion shortening equipment life
- Narrow planned outages with no room for schedule slippage
Equipment in scope
- Primary and secondary crushers and their chambers
- Grizzly decks, hoppers and conveyor transfer points
- Material handling lines in abrasive service
- Dust and effluent filtration equipment
Operational Constraints
- High-throughput particulate abrasion (clinker, limestone, slag)
- Heavy vibration on crushers and mills
- Dust-laden atmosphere requiring ATEX-compliant equipment
- Planned kiln outages that cannot slip
Recommended equipment
- IC Boom System — hydraulic unblocking booms for crushers and grizzly decks
- Material handling equipment for abrasive service
- Filtration and separation equipment for process and effluent streams
- Critical spares list issued at delivery
Types of Shutdowns
- Planned annual kiln shutdown (15–30 day window)
- Crusher and mill liner changeout campaign
- Emergency shutdown on refractory failure or mill crack
Risks We Help You Avoid
- Production line stopped by a blockage nobody can clear safely
- Injury during manual clearing of a crusher chamber
- Planned outage overrun on a late equipment delivery
- Repeat unplanned stoppages from undersized equipment
Guides and technical articles
- Closed side setting (CSS) explained: how to measure and adjust itThe CSS is the setting that governs a crusher's product, capacity, power and wear — and the one measured least often. Definition, measurement methods, adjustment by crusher type, and the traps.8 min
- Crusher reduction ratio explained: definition, calculation and limits by crusher typeReduction ratio is the most quoted and most misused number in crushing. Definition, calculation method, the role of each crusher type, and how reduction ties to capacity, product shape and wear.8 min
- Fixed breaker boom vs excavator-mounted breaker for crusher blockagesBoth break the rock. The difference is response time, where the operator stands, chamber geometry and cost structure. An even-handed comparison, including the cases where the excavator remains the right choice.8 min
- How a gyratory crusher works: parts, motion and settingsThe gyratory is the primary crusher of high-tonnage plants: truck-fed straight into the feed ring, adjusted on the run by the position of its main shaft. Parts, motion, settings and blockages: what happens inside the chamber.8 min
- How a cone crusher works: chamber, setting and feedThe cone crusher is the secondary and tertiary stage machine: a mantle gyrating inside a bowl, a chamber chosen for the target product, and a feed that decides everything. What happens inside.7 min
- How a jaw crusher works: parts, motion and settingsThe jaw crusher is the simplest machine in crushing — and the least understood in detail. Parts, motion, settings, capacity: what actually happens between the two jaws.7 min
Sector FAQ
Is an unblocking boom justified on our crusher?
The question turns on how often blockages occur, the downtime they cost and the risk taken during manual clearing. We assess all three before proposing a configuration — and we say so if the investment is not justified.
Can you install during a planned cement plant outage?
Yes. Installation is planned from the outage dates, with interface review and lifting plan issued before delivery to avoid surprises on the day.
