Ball Transfer NBT-1CS Hudson Flange Mounted Nylon 75lb Capacity

Description

Product Overview

The NBT-1CS Hudson Ball Transfer is engineered for high‑performance material handling in demanding industrial environments. Its core consists of a carbon steel housing that provides structural rigidity and long‑term durability, while the central nylon ball offers low‑friction rotation and non‑marking contact with a wide range of surfaces. The flange‑mounted design simplifies installation on flat work surfaces, and the unit supports up to 75 lb of load per transfer point, making it suitable for medium‑weight applications. The housing measures 2 3/4″ in diameter with a 2 3/16″ bolt pattern, ensuring compatibility with standard mounting brackets. This combination of robust materials and thoughtful engineering delivers reliable, smooth motion for conveyor belts, turntables, sorting tables, and other automated handling equipment.

Usage

Designed for versatility, the NBT-1CS Hudson Ball Transfer excels in a variety of settings. In conveyor systems, it enables seamless direction changes and load transfers without the need for complex mechanical linkages. Turntables benefit from its ability to rotate heavy loads smoothly, reducing wear on motorized components. Sorting and lifting platforms rely on the ball transfer’s low‑friction surface to move items quickly and accurately, improving throughput. Packaging equipment, such as feed tables and assembly lines, use the unit to guide products through precise pathways, minimizing jams and product damage. Its non‑marking nylon ball ensures that delicate items, including electronics and finished goods, are not scratched during handling. The unit’s compact size allows integration into tight spaces, while the flange mounting provides a secure, vibration‑resistant attachment to steel frames or aluminum structures.

Why Choose Us

Choosing the NBT-1CS Hudson Ball Transfer means selecting a product backed by Access Casters’ reputation for quality and reliability. Each unit undergoes rigorous testing to verify load capacity, rotational smoothness, and resistance to wear. The carbon steel housing is heat‑treated for enhanced strength, while the nylon ball is precision‑molded to maintain consistent performance over thousands of cycles. Our engineering team designs each component with ease of maintenance in mind, allowing quick replacement of the ball if needed. Additionally, we provide responsive technical support and a comprehensive warranty that covers manufacturing defects, giving customers confidence in long‑term operation. By investing in this ball transfer, users reduce downtime, lower maintenance costs, and improve overall system efficiency.

Key Features

• Robust carbon steel housing ensures long‑lasting structural integrity.
• Low‑friction nylon ball provides smooth, non‑marking movement for delicate items.
• Flange‑mounted design simplifies installation and reduces vibration.
• 75 lb load capacity supports medium‑weight applications across multiple industries.
• Dedicated customer support and warranty for peace of mind.

FAQ

What is the maximum load the ball transfer can handle?

The NBT-1CS Hudson Ball Transfer is rated for a maximum static load of 75 lb per unit, making it suitable for medium‑weight handling tasks.

Can the nylon ball be replaced if it wears out?

Yes, the nylon ball is designed for easy removal and replacement. Replacement balls are available from Access Casters or authorized distributors.

Is the flange‑mounted design compatible with existing equipment?

The unit features a 2 3/4″ housing diameter and a 2 3/16″ bolt pattern, which matches standard mounting brackets used in most industrial conveyor and turntable systems.

What industries benefit most from this ball transfer?

Typical applications include material handling in manufacturing, packaging, logistics, and assembly lines where smooth, reliable motion is required.

How does the non‑marking nylon ball protect delicate products?

The nylon material is soft enough to avoid scratching or leaving marks on sensitive surfaces, yet durable enough to withstand repeated use in high‑traffic environments.