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Case study: How an unwind and rewind belt solution reduced downtime
Posted:
July 15, 2019
High conductivity causes downtime on unwind and rewind belt
The unwind and rewind application at this facility faced an issue with high conductivity. This occurs when two different materials touch and separate and create high levels of process charge, and a non-optimal belting material exacerbates this problem exponentially. The high conductivity led to additional downtime for cleaning the belts daily — a significant 30 minutes out of every shift — causing a decrease in productivity and potential bottom line losses.
MIR’s solution and facility savings
MIR’s conveyor belting technicians installed a polyester spiral screen belt with carboxylated surface backing to address the high conductivity problem and decrease installation costs. Additionally, the improved spec will minimize uneven surface wear and glossing while increasing operational performance with heat-resistant elastomers. The enhanced spec will also significantly reduce high fiber contamination by using materials with the correct high conductive values, reducing cleaning frequencies for the facility’s maintenance team.
Conveyor belting problems causing frequent replacements, mis-tracking or product damage are costly to your facility. Consider a belting audit with an experienced conveyor belting expert and stay ahead of conveyor belting issues. Sign up for the MIR Belting Audit™.
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