80/20® 10 Series 4"L Double Flange Linear Bearing with Brake Hole Black 6426-BLACK
80/20® 10 Series 4"L Double Flange Linear Bearing with Brake Hole Black
The 80/20 10 Series 4inL Double Flange Linear Bearing with Brake Hole is a versatile and reliable component for linear motion applications. Designed for compression loads, it features a double flange and brake holes for added stability and control. The bearing comes with self-lubricating UHMW pads, screws, and shims, making it easy to install and maintain. Suitable for use in a variety of industries, including automation, robotics, and manufacturing, this bearing is ideal for applications where precision and durability are crucial. Its compact size and lightweight design make it perfect for use in space-constrained environments.
Top product features:
- Houses profiles with a minimum of three open t-slots
- Includes pads, screws, and shims
- Made with self-lubricating UHMW pads for reduced friction
Top product applications:
- Linear motion applications that require a long standard linear bearing with brake holes
- Robotics and automation systems that need a durable and reliable bearing
- Machine tools and equipment that require a high-precision bearing with compression loads only
The 3-slot mount double flange long standard linear bearing with brake holes is typically used in linear motion applications. It houses profiles with a minimum of three open t-slots has a double flange and is a longer option. The bearing includes pads screws and shims; the pads are made of self-lubricating uhmw. All 80/20 bearings are designed for compression loads only and not intended to support hanging loads.
Additional Information
- Brand: 80/20 Inc
- Package Quantity: 1
- Country of Origin: US
- FOB Origin: JA
- Ships by: PARCEL
- Comes in a kit: No
- Newly added to catalog: No
- Item is on Clearance: No
- Contains Hazardous Materials: No
- CA Proposition 65 Applies: No
- Package Length: 4.00
- Package Width: 2.94
- Package Height: 1.22
- Package Weight: 0.43
Product info last updated on April 24, 2026 5:11pm UTC
Category: Structural Framing