In material handling systems, selecting the right
Conveyor Chain is pivotal for operational efficiency and lifespan. This guide explores three robust options—Conveyor Chain,
Belt Conveyor, and
Metal Conveyor Belt—highlighting their durability in demanding environments.
Conveyor Chain
Engineered for heavy-duty applications, roller chains (per ANSI B29.1) use hardened steel pins and bushings to withstand shock loads. Common in automotive assembly lines, these chains resist wear through precision-machined components and lubrication retention features. Case studies show carbon steel chains lasting 5+ years in abrasive environments when paired with ceramic-coated rollers.
Belt Conveyor
Modular plastic belts (e.g., FDA-approved acetal) dominate food processing due to their corrosion resistance and easy cleaning. For high-temperature applications (up to 200°C), metal belts with overlapping links excel. A 2024 packaging industry report noted a 40% reduction in downtime after switching to stainless steel belts with sealed edges to prevent debris ingress.
Metal Conveyor Belt
Woven
wire belts (e.g., 316L stainless steel) offer superior airflow for drying/cooling processes. Their durability hinges on wire diameter selection—thicker gauges (0.8mm+) resist stretching in heat-intensive operations like sintering furnaces. Recent innovations include friction-driven belts with edge-crimped designs, reducing lateral movement by 60% compared to traditional styles.
Cross-Type Considerations
- Load Capacity: Conveyor chains handle 10–50x higher loads than belts but require precise tensioning.
- Environmental Resistance: Metal belts outperform chains in chemical exposure, while plastic belts excel in hygienic zones.
- Maintenance: Chains need regular lubrication; belts require periodic tension adjustments and link replacement.
