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Tire Manufacturing

Reduce unplanned downtime, protect production capacity, and improve asset health across tire manufacturing processes. Allied Reliability helps tire manufacturers build failure mode-driven maintenance strategies, apply PdM and PM effectively, and improve energy performance through reliability execution.

Close-up of a modern tire manufacturing facility showcasing automated machinery with tires on a conveyor system, highlighting the production process of high-quality tires.
Tire manufacturing process showcasing multiple unmounted tires on a production line, emphasizing quality and precision in tire production.

Reliability Pressures Facing This Industry

Tire manufacturing involves many process steps and highly asset-intensive operations, from mixing and milling to forming, assembly, curing, and finishing. Each process depends on machinery that must deliver output consistently while meeting environmental, health, safety, and quality requirements.

  • Large numbers of inherent failure modes across critical tire manufacturing assets.
  • Unplanned downtime caused by defects that are not detected early enough.
  • Maintenance strategies that may not have the right balance of PdM and PM inspections.
  • Energy losses from misalignment, compressed air leaks, steam leaks, and poor power quality.
  • Need to sustain production capability while supporting ESG, cost, and reliability goals.

Solutions

Solutions Aligned to Tire Manufacturing Priorities

CAPABILITIES

Services and Products That Support Operational Reliability

Allied Reliability provides targeted services, products, and technical support to help manufacturing teams improve equipment reliability, address workforce gaps, and sustain critical asset performance.

HOW ALLIED CAN HELP

From Assessment to Sustainable Execution

Allied Reliability helps tire manufacturers move from reactive response to a structured asset reliability system that prioritizes failure modes, inspection coverage, and measurable operational results.

Map critical assets and inherent failure modes across key production area

Evaluate whether PM and PdM coverage matches the real failure risk.

Implement proactive defect detection and elimination practices.

Train teams on precision maintenance and reliability fundamentals.

Track asset health, avoided downtime, and energy savings to sustain improvement.

Tire manufacturing facility showcasing production lines with hanging tires and steam, highlighting the industrial process of tire creation.
Line graph illustrating downtime hours prevented in a tire manufacturing plant over eight years. Highlights include a high quantity of defects identified at the program start, a 70% improvement in asset health over three years, and minimized downtime after full implementation.

FEATURED CASE STUDY

Major Tire Manufacturer Reduces Downtime Through Proactive Defect Detection

Allied Reliability helped one major tire manufacturer improve asset reliability by developing and implementing PdM technologies and proactive maintenance activities for the early detection and elimination of defects.

Results gained:

70% improvement in asset health over three years

>4,000 defects detected proactively in year one

>8,000 hours of unplanned downtime avoided in four years

Why Allied

Practical Reliability Support for Complex Facilities

Tire manufacturing reliability requires deep understanding of production assets, failure modes, maintenance inspection coverage, and energy losses. Allied Reliability combines reliability strategy, PdM, training, leak detection, power quality analysis, and implementation support to help plants protect output and reduce avoidable losses.

Failure mode-focused approach for complex production asset bases.

Experience supporting tire manufacturing reliability and energy improvement initiatives.

Capability to connect PdM, PM, training, and energy reduction into one reliability roadmap.

Focus on measurable results such as asset health, downtime avoidance, defect detection, and energy savings.

Infographic illustrating the cyclical process of Allied Reliability's approach, featuring four key components: Strategy & Alignment, Expert Execution, Measurable Results, and the Allied Reliability logo at the center.

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