Step into a new era of reliability and smooth operation for your industrial track and cam systems with the NATV35-PP RICH yoke roller! This exceptionally robust, high-capacity track roller is meticulously engineered to deliver peak performance in the most demanding environments, providing flawless guidance and outstanding radial load-carrying capabilities. Its standout feature is the rounded outer ring, which is expertly designed to ensure optimal, low-stress contact with the track surface. This not only significantly minimizes wear and tear but also guarantees remarkably smooth and quiet operation, ultimately extending the lifespan of both the roller and the entire track system it supports. Further enhancing its resilience, the integrated double-sided rubber contact seals (PP) form an impenetrable barrier. This actively defends the internal components from harmful contaminants like dust, debris, and moisture, while securely retaining crucial internal lubrication. This superior, self-contained sealing dramatically reduces maintenance requirements and extends service intervals, significantly boosting your operational efficiency and minimizing downtime.
With its precise dimensions of 35 mm inner diameter, 72 mm outer diameter, and a body width of 29 mm (outer ring width of 28 mm), this RICH yoke roller offers versatile and secure integration into a wide array of industrial machinery. Designed without a cage, it leverages a full complement of needle rollers to maximize its radial load capacity within its compact form factor, ensuring outstanding performance even under the most severe operating conditions.
Proudly manufactured by RICH in China, this quality yoke roller weighs 0.6 kg. Its potent combination of robust sealing, a rounded outer ring for flawless tracking, and an exceptional load capacity makes it an essential component for heavy-duty conveyor systems, complex automated production lines, large-scale material handling equipment, and various other track-guided industrial applications right here in Europe and across global industrial sectors.
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