ALU 15 A (304)-BALL TRANSFER UNIT

ALU 15 A (304)-BALL TRANSFER UNIT Specification

Thickness
20 mm

Weight
Approx. 60 g

Material
Stainless Steel (Grade 304), Aluminum Housing

Ball Bearing Type
Precision ball bearing

Structure
Ball Transfer Unit

Seals Type
Sealed

Number Of Rows
Single Row

Bore Size
15 mm

Outside Diameter
30 mm

Load Capacity
30 kg

Inner Diameter
15 mm (main ball)

Corrosion Resistance
Yes, due to stainless steel ball and aluminum body

Main Ball Material
Stainless Steel 304

Product Code
ALU 15 A (304)

Finish
Polished

Mounting Type
Flush/Screw Mount

Ball Diameter
15 mm

Application
Conveyor, Material Handling, Packaging, Assembly Lines

Working Temperature Range
-20C to +80C

Housing Material
Aluminum Alloy

About ALU 15 A (304)-BALL TRANSFER UNIT

Experience top-tier material handling with the ALU 15 A (304)-BALL TRANSFER UNIT-a solution designed for efficiency and substantial savings. Featuring an SS 304 precision ball enclosed in a robust aluminum alloy housing, this heroically engineered unit guarantees abrasion and corrosion resistance with a polished, enduring finish. The ace choice for conveyor, packaging, and assembly line tasks, it offers secure, flush, or screw mounting. Tailor your operations with this reliable, lightweight unit for ephemeral demands or continuous use-a true champion for those seeking reliable, personalized performance.

Standout Features and Application Versatility

The ALU 15 A (304)-BALL TRANSFER UNIT shines with a precision-sealed ball bearing for smooth, trouble-free movement in demanding environments. Its heroic construction withstands temperatures from -20C to +80C and supports up to 30 kg, making it suitable for conveyors, assembly lines, and diverse material handling tasks. Its corrosion-resistant and polished design ensures longevity, while versatile flush or screw mounting lets you personalize the installation for every unique workflow.

Supply, Sample Policy, and Market Presence

Available at competitive sale prices with periodic offers, the ALU 15 A (304)-BALL TRANSFER UNIT is delivered efficiently to clients nationwide. Samples are provided to ensure satisfaction prior to large orders, and our robust supply chain supports bulk and small-scale requirements. We primarily serve the Indian market, supporting direct sales to exporters, importers, manufacturers, and suppliers. Let us ace your material handling needs with swift order fulfillment and quality assurance.

FAQ's of ALU 15 A (304)-BALL TRANSFER UNIT:

Q: How does the corrosion resistance of the ALU 15 A (304)-BALL TRANSFER UNIT benefit my application?

A: Thanks to its stainless steel 304 ball and aluminum housing, the ALU 15 A (304) offers superior corrosion resistance, ensuring a longer service life and reliable operation, even in challenging or moist environments.

Q: What are the recommended uses for this ball transfer unit?

A: This unit is ideal for conveyor systems, packaging lines, assembly lines, and other material handling operations where smooth, multidirectional movement of goods is essential.

Q: Where can I mount the ALU 15 A (304)-BALL TRANSFER UNIT?

A: You can mount this unit using either flush or screw-mount methods, providing flexibility for integration into new or existing systems across various workspaces.

Q: When should I consider using this ball transfer unit over conventional caster wheels?

A: Choose the ALU 15 A (304) when you need smooth, omnidirectional movement for items, especially in precise assembly or material transfer applications. Its sealed, low-maintenance design and high load capacity are advantages over standard caster wheels.

Q: How can I obtain a sample before making a bulk purchase?

A: We offer sample units to our prospective customers so you can evaluate quality and performance before placing a larger order. Please contact our sales team to request a sample.

Q: What makes the ALU 15 A (304) a top-tier choice for material handling industries?

A: Its precision-engineered ball bearing, robust corrosion-resistant structure, and customizable mounting options ensure reliability, efficiency, and adaptability, making it a standout solution for demanding material movement tasks.