BOTON PYROGUARD™ SERIES
BOTON heat-resistant conveyor systems are engineered for continuous thermal stress, heavy-duty impact, and high-temperature conveying environments.
Hybird Carcass Systems
Low-Elongation Structures
Thermal Barrier Design
Continous Heat Conveying
High-Impact Applications
From steel and cement to coke and sinter operations, BOTON conveyor systems operate in some of the world’s most thermally demanding conveying environments.
Designed for continuous heat exposure, abrasive material flow, and long-cycle industrial operation where thermal degradation, impact loading, and downtime become critical operational risks.
Typical Material Temperature 300–600°C
Continuous conveying under red-hot material flow and heavy impact loading.
Typical Material Temperature 150–400°C
Built for abrasive clinker conveying and long-cycle kiln operation.
Continuous Heavy-Duty Operation
Reliable conveying performance for high-throughput bulk material systems operating under heat, dust, and structural stress.
High-Temperature Material Handling
Optimized for coke, carbon materials, hot minerals, and demanding thermal conveying applications across metallurgical operations.
Heat damage is driven by transfer, exposure time, impact, and particle size — not temperature alone.
ENGINEERING SOLUTIONS
Resist thermal aging under continuous heat.
Maintain dimensional stability and reduce elongation.
Reduce internal heat transfer and improve system thermal stability.
Built for impact loading zones where abrasion and thermal stress occur.
Engineered to reduce heat penetration, maintain structural stability, and support continuous high-temperature conveying.
ENGINEERING SOLUTIONS
MODERATE HEAT
≤180°C
CONTINUOUS HEAT
180–350°C
LONG-DISTANCE HEAT
≤220°C
HIGH IMPACT & HEAT
250–400°C
EXTREME THERMAL SHOCK
500°C+
Built for standard thermal conveying applications with stable operation and flexible troughability.
Engineered for continuous thermal exposure with enhanced dimensional stability and reduced thermal fatigue.
Designed for long-distance conveying systems requiring high tensile strength and low elongation under heat exposure.
Engineered for extreme impact loading and thermal stress conditions where standard fabric systems may fail.
Built for ultra-short-distance conveying under extreme thermal shock and red-hot material exposure.
Download the product brochure for key features, applications, and solution highlights.
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