Industry Solutions & Cases
Mining
Conveyor solutions for mining operations
Bulk Material Handling
Overland / Crusher Discharge / Stockyard
Cement
Conveyor solutions for cement plants
Cement Plant Conveying
Limestone / Clinker / Alternative Fuels
Ports & Terminals
Conveyor solutions for port operations
Port Logistics Conveying
Ship Loading / Yard Transfer / Stockpiling
Metals
Conveyor solutions for metals processiong
Metals Process Conveying
Sinter Ore / Coke / Slag Handling
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Heat-Resistant Conveyor Belts
Built for high-temperature,thermal-aging and severematerial conditions.
Energy-Saving Conveyor Belts
Lower rolling resistance forlong-distance and high-capacity conveying.
Intelligient Belt Monitoring
X-ray, rip detection and predictive insights for conveyor belth.
X-ray Inspection
Non-destructive monitoring for internal belt conditions.
Inspection Robotics
Smarter inspection forcomplex conveyingenvironments.
Services
We're here to help
Global service network with local expertise you can count on.
Contact Support
Turnkey Conveyor Services
From installation and splicing to diagnostics, emergency response and lifecycle improvement.
Intelligent Conveying Solutions
Smart monitoring, inspection robotics and digital tools for conveyor health.
Service Case Studies
See how BOTON supports complex conveyor operations worldwide.
Integrated Conveyor Performance
High-performance belts, intelligent conveying systems and turnkey services to help global bulk material handling operations improve reliability and reduce total cost of ownership.
Lifecycle Quality Management
Quality control across design, manufacturing, testing, delivery and service.
Sustainability in Action
Lower-carbon products, circular solutions and community initiatives for long-term value.
BOTON PYROGUARD™ SERIES
Built For Heat.
Engineered to Outlast.
BOTON heat-resistant conveyor systems are engineered for continuous thermal stress, heavy-duty impact, and high-temperature conveying environments.
BUILT FOR THE WORLD'S
TOUGHEST HEAT.
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.
- Continuous Thermal Exposure
- Thermal Shock
- Continuous Heat Exposure
- Abrasive Material Flow
- Long-Cycle Operation
- Heavy Impact Loading Zone
- Extreme Environments
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 DOESN’T JUST WEAR BELTS OUT.
IT BREAKS THEM DOWN.
Heat damage is driven by transfer, exposure time, impact, and particle size — not temperature alone.
HEAT
INPUT
- Hot material impact
- Thermal shock
THERMAL
TRANSFER
- Continuous heat exposure
- Structural stress
STRUCTURAL
FATIGUE
- Thermal aging
- Long-cycle operation
- Engineered For Extreme Heat
- Belt Surface Est. Temp
- Hot Spot Detected
THERMAL PENETRATION
0~30mm
Low Penetration
30~100mm
Thermal Transfer
100 mm+
Deep Saturation
ENGINEERING SOLUTIONS
ENGINEERED TO CONTROL
THERMAL DEGRADATION.
HEAT-STABLE COMPOUNDS
Resist thermal aging under continuous heat.
REINFORCED CARCASS SYSTEMS
Maintain dimensional stability and reduce elongation.
THERMAL BARRIER DESIGN
Reduce internal heat transfer and improve system thermal stability.
HIGH-IMPACT PROTECTION
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
ENGINEERED FOR HIGH-TEMPERATURE
STRUCTURE SELECTION.
Select a condition to explore recommended structure.
EP STRUCTURE
- Stable operational performance
- Good flexibility and troughability
- Suitable for general heat applications
NN STRUCTURE
- Reliable impact resistance
- Stable carcass strength
- Good dimensional stability
TYPICAL APPLICATIONS
- General Cement Handling
- Power Generation
- Moderate Bulk Conveying
- Standard Clinker Transfere
KEY BENEFITS
- Reliable moderate heat resistance
- Stable daily conveying operation
- Cost-effective structure solution
- Flexible conveyor adaptation
PX STRUCTURE
- Reduced delamination risk
- Improved heat aging resistance
- Stable under continuous heat
DPP ARAMID STRUCTURE
- Lightweight high-strength carcass
- Lower elongation
- Better thermal stability
- Energy-saving performance
TYPICAL APPLICATIONS
- Sinter Conveying
- Coke Handling
- Continuous Clinker Systems
- Long-Cycle High-Temperature Conveying
KEY BENEFITS
- Enhanced dimensional stability under heat
- Lower thermal fatigue for longer service life
- Reliable continuous operation in high-heat environments
- Reduced energy consumption
STEEL CORD STRUCTURE
- Ultra-low elongation
- High tensile strength
- Stable long-distance conveying
- Suitable for large conveyor systems
TYPICAL APPLICATIONS
- Overland Conveyors
- Long-Distance Clinker Conveying
- Mining Operations
- Port Bulk Systems
KEY BENEFITS
- Excellent long-distance stability
- Reduced belt stretch under heat
- High operational efficiency
- Reliable performance in large conveyor systems
TYPICAL APPLICATIONS
- Primary Crushing Zones/li>
- Hot Ore Handling/li>
- Steel Plants/li>
- High-Drop Transfer Points
KEY BENEFITS
- Excellent impact resistance
- Improved structural reliability
- Reduced risk of belt damage
- Stable operation under combined heat and impact stress
CERAMIC HEAT STRUCTURE
- Flash heat resistance
- Extreme surface temperature protection
- Reduced thermal penetration
- Designed for severe thermal shock environments
TYPICAL APPLICATIONS
- Furnace Outlet Systems
- Red-Hot Slag Conveying
- Steel Discharge Lines
- Extreme Transfer Zones
KEY BENEFITS
- Maximum thermal protection
- Excellent flash heat resistance
- Reduced structural heat damage
- Reliable operation in extreme thermal environments
Need More Product Details?
Download the product brochure for key features, applications, and solution highlights.
Download Brochure
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