AllPoints B58-5513 Nylon Tire for Commercial Door Systems
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- Durable nylon tire reduces wear in demanding settings
- Steel wheel provides structural integrity for frequent use
- Lightweight design facilitates quick installation
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The Component Hardware Group B58-5513 Sheave Door Front Nylon Tire is a precision-engineered door component designed for durability and reliable performance in commercial equipment. Featuring a nylon tire mounted on a steel wheel, this sheave component provides smooth operation and long-lasting wear. Its lightweight construction, weighing only 0.104 pounds, ensures ease of handling and installation, making it suitable for high-traffic commercial kitchen environments and industrial settings requiring resilient door mechanisms. The model B58-5513 is specifically crafted to enhance door functionality, with a focus on resistance to wear and environmental factors, supporting high-volume workflows and maintenance efficiency.
This nylon tire sheave is optimized for commercial doors requiring precise alignment and durable wear resistance. Its steel wheel offers structural strength, facilitating smooth door movement under moderate workload conditions. The low weight allows for quick installation and minimal maintenance, ideal for integrated door systems in foodservice kitchens and industrial facilities. Designed for seamless operation, it ensures consistent door performance and reduces downtime, supporting efficient workflow in busy environments.
Ideal for replacing worn sheaves in commercial doors, particularly in high-traffic kitchen and industrial applications.
The B58-5513 sheave front nylon tire incorporates a nylon tire mounted on a steel wheel, with a total weight of just 0.104 pounds, suitable for various commercial door applications. Its dimensions include a height of 1 inch, width of 1 inch, and depth of 2.75 inches, making it compatible with standard door systems. Constructed in the United States from high-quality materials, this component offers resistance to environmental wear, supporting consistent operation in demanding foodservice and industrial environments. Its lightweight and corrosion-resistant features ensure ease of installation and maintenance, while maintaining reliable performance during moderate workloads. No electrical requirements are associated with this mechanical component, and it is designed for straightforward replacement to optimize door function.
A commercial sheave door front nylon tire is a mechanical component used in door pulley systems within industrial and foodservice equipment to facilitate smooth, reliable door movement. The nylon tire mounted on a steel wheel provides low-friction rotation, durability, and resistance to wear, making it suitable for frequent use and challenging environments. Installed in commercial door assemblies such as those in kitchen appliances, conveyor systems, or industrial access points, this sheave ensures precise door operation and minimizes maintenance needs. The Component Hardware Group B58-5513 model is ideal for replacement or assembly in applications requiring durable, lightweight, and corrosion-resistant parts supporting typical moderate throughput workflows in commercial facilities.
The durable lightweight design of Component Hardware Group B58-5513 sheave is built to support medium workload door mechanisms in commercial foodservice settings, featuring high-quality nylon and steel materials. AllPoints B58-5513 enhances door performance, suitable for installation in mid-volume kitchens and industrial operations requiring dependable, low-maintenance components.
The AllPoints B58-5513 sheave front nylon tire distinguishes itself through its engineered durability, lightweight design, and high-quality materials for long-term performance in commercial applications. Its steel wheel coupled with a nylon tire ensures smooth operation, reducing wear and operational noise. Unlike many standard sheaves, this model provides excellent environmental resistance and quick installation, supporting efficient facility maintenance and dependable door functionality.
