BAISASY 1-1/2 Inch Antique Caster Wheels – 4-Pack, 5/16 x 1-1/2 Stem, Quiet and Floor-Friendly

Elegant antique caster wheels that glide with ease

BAISASY delivers a 1-1/2 inch antique caster wheels set designed for practical mobility with vintage charm. Built with a sturdy steel frame and smooth polyurethane rims, these casters offer quiet rolling and steady control across diverse surfaces. The stem measures 5/16 inch by 1-1/2 inch, and the package includes four mounting sockets to simplify setup. This combination looks timeless yet performs reliably in everyday use, making upgrades to old furniture an approachable project.

Key benefits at a glance

• Quiet, smooth rolling thanks to polyurethane wheels and precision ball bearings
• Durable steel construction that supports regular movement of home furniture
• Per caster capacity of 55 lbs, with a total capacity around 200 lbs for the set
• Floor friendly, leaving minimal marks on hardwood and carpet while reducing friction
• Includes 4 mounting sockets for easy installation with standard stems

Practical uses in daily life

• Ideal for sofas, chairs, coffee tables, plant stands, and rolling carts
• Great for light to medium weight furniture that benefits from easy repositioning
• Suitable for spaces with hardwood floors or carpet, thanks to floor friendly rolling

In the box you will find 4 antique caster wheels without brakes and 4 caster mounting sockets. The stems are 5/16 inch by 1-1/2 inch, and additional socket inserts are included for a secure fit. If you have questions during installation, BAISASY customer service is ready to help. This set is designed for compatibility with standard stems and aims to offer a straightforward upgrade to furniture that requires mobility without heavy tools or professional help.

Considerations before purchase

Measure your furniture piece and confirm that the stem matches your mounting hardware. While these casters are versatile, verifying stem size and surface compatibility ensures a smooth upgrade that maintains your furniture style and functional mobility.