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Industry dynamics
Sep 11,2026
Why does the semiconductor industry use antistatic conveyor belts?
In recent years, with the continuous advancement of the semiconductor industry, the issue of static electricity has become increasingly apparent. Many may wonder: why do semiconductor manufacturing processes require antistatic conveyor belts?
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When using high-temperature-resistant conveyor belts, these five points require attention!
High-temperature-resistant conveyor belts are typically used to transport hot materials and feature high stability, excellent performance, and a long service life. Although these products offer numerous advantages, each one has a limited lifespan, and improper use can shorten the service life of high-temperature-resistant conveyor belts.
New materials strengthen transport equipment, and wear-resistant polymer rollers help reduce costs and increase operational efficiency.
In material-handling applications such as mining, construction, and ports, idler rollers—key components of conveyor systems—directly affect the operational stability of the entire equipment through their performance and durability. Traditional metal idler rollers, constantly exposed to dust, moisture, and material impacts, quickly suffer wear, rust, and excessive noise, while frequent replacement increases maintenance burdens for operators. The adoption of wear‑resistant polymer idler rollers has introduced innovative solutions to the industry.
How do you install and adjust a conveyor belt?
Foundation re‑evaluation and alignment: Due to significant civil‑engineering errors, a foundation re‑evaluation is essential during the installation of conveyor belts. First, the projected centerline of the conveyor belt must be measured based on the construction drawings and the reference line provided by the civil‑engineering team, checking for any offsets; if offsets are present, recalibration is required to keep the error within ±3 mm.