Closed Linear Ball Bearings built with a heat-treated alloy steel shell for strength and a polymer resin retainer that reduces noise and friction. Designed for round shafts and using recirculating ball bearings, they are good at handling cantilevered loads because they don't have the 2:1 binding limitation that plain bearings have. Open and adjustable versions are also available, with inch, metric, and JIS sizing options, full interchangeability with industry standards and double seals included at no additional cost.
Linear Ball Bearing, closed, with a 3/4" inner diameter (ID). Interchangeable with industry standards, this bearing has a low coefficient of friction, a heat-treated alloy steel shell for durability, and a resin retainer polymer cage to reduce noise. Temperature Range: -4/+176°F (-20/+80°C) Variant ID Sizes: Available from 1/4" to 2”..
Linear Ball Bearing, closed, with a 1/4" inner diameter (ID). Interchangeable with industry standards, this bearing has a low coefficient of friction, a heat-treated alloy steel shell for durability, and a resin retainer polymer cage to reduce noise. Temperature Range: -4/+176°F (-20/+80°C) Variant ID Sizes: Available from 1/4" to 2”..
Linear Ball Bearing, closed, with a 1/2" inner diameter (ID). Interchangeable with industry standards, this bearing has a low coefficient of friction, a heat-treated alloy steel shell for durability, and a resin retainer polymer cage to reduce noise. Temperature Range: -4/+176°F (-20/+80°C) Variant ID Sizes: Available from 1/4" to 2”..
Closed Linear Ball Bearing with a 25mm ID (inner diameter). Heat treated allow steel shell for durability, low coefficient of friction for speed and resin retainer for quiet motion. ISO Metric Series - Closed shell for end-supported shafts Handles cantilevered loads better than plain bearings Temperature Range: -4/+176°F (-20/+80°C) Variant..
Closed Linear Ball Bearing with a 30mm ID (inner diameter). Heat treated allow steel shell for durability, low coefficient of friction for speed and resin retainer for quiet motion. ISO Metric Series - Closed shell for end-supported shafts Handles cantilevered loads better than plain bearings Temperature Range: -4/+176°F (-20/+80°C) Variant..
Linear Ball Bearing, closed, with a 1.25" inner diameter (ID). Interchangeable with industry standards, this bearing has a low coefficient of friction, a heat-treated alloy steel shell for durability, and a resin retainer polymer cage to reduce noise. Temperature Range: -4/+176°F (-20/+80°C) Variant ID Sizes: Available from 1/4" to 2”..
Closed Linear Ball Bearing with a 1" ID (inner diameter). Temperature Range: -4/+176°F (-20/+80°C) Variant ID Sizes: Available from 1/4" to 2” Inch Series Interchangeable: Size interchangeable with industry standards and our Simplicity plain linear bearing series Low Coefficient of Friction: Ensures smooth operation Heat Treated Alloy Steel Shell: Provides..
Adjustable linear ball bearing with a 3/4" ID (inner diameter), featuring a heat-treated alloy steel shell and resin retainer polymer cage for reduced noise. It offers a low coefficient of friction, includes double seals at no extra cost, and operates from -4°F to 176°F (-20°C to 80°C). Variants available in..
Linear Ball Bearing, closed, with a 3/8" inner diameter (ID). Interchangeable with industry standards, this bearing has a low coefficient of friction, a heat-treated alloy steel shell for durability, and a resin retainer polymer cage to reduce noise. Temperature Range: -4/+176°F (-20/+80°C) Variant ID Sizes: Available from 1/4" to 2”..
Linear ball bearing, closed shell, with a 20mm ID JIS Metric, featuring a standard-sized heat-treated alloy steel shell that enhances durability and load capacity. Recommended over plain bearings in cantilevered applications as the 2:1 binding rule does not apply. Double seals add protection, a low coefficient of friction enables higher..
Linear Ball Bearing, closed, with a 1.5" inner diameter (ID). Interchangeable with industry standards, this bearing has a low coefficient of friction, a heat-treated alloy steel shell for durability, and a resin retainer polymer cage to reduce noise. Temperature Range: -4/+176°F (-20/+80°C) Variant ID Sizes: Available from 1/4" to 2”..
Linear Ball Bearing, closed, with a 2" inner diameter (ID). Interchangeable with industry standards, this bearing has a low coefficient of friction, a heat-treated alloy steel shell for durability, and a resin retainer polymer cage to reduce noise. Temperature Range: -4/+176°F (-20/+80°C) Variant ID Sizes: Available from 1/4" to 2”..
Double linear ball bearing, closed, with a 30mm ID (inner diameter). Featuring a heat-treated alloy steel shell for durability, a resin retainer polymer cage for reduced noise and a low coefficient of friction for speed. Handles cantilevered loads better than plain bearings, overcoming the 2:1 binding ratio limitation of plain..
Double linear ball bearing, closed, with a 16mm ID (inner diameter). Featuring a heat-treated alloy steel shell for durability, a resin retainer polymer cage for reduced noise and a low coefficient of friction for speed. Handles cantilevered loads better than plain bearings, overcoming the 2:1 binding ratio limitation of plain..
Double Linear Ball Bearing, closed, with a 5/8" inner diameter (ID) with variants available in sizes from 1/4" to 2”. Interchangeable with industry standards and our Simplicity series, this bearing has a low coefficient of friction, a heat-treated alloy steel shell for durability, and a resin retainer to reduce noise. ..
Closed Linear Ball Bearing with a 50mm ISO Metric ID (inner diameter). This closed round shaft bushing is a popular choice for cantilevered applications in relatively clean environments with minimal debris. ISO Metric Series - Closed shell for end-supported shaftsHandles cantilevered loads better than plain bearings Temperature Range: -4/+176°F (-20/+80°C)..
Adjustable Linear Ball Bearing with a 50mm ISO Metric ID (inner diameter). This adjustable round shaft bushing would be used when working with an old shaft or an old machine, or any other environment where parts are not perfectly made. Temperature Range: -4/+176°F (-20/+80°C) Variant ID Sizes: Available from 1/4"..
Closed Linear Ball Bearing with a 40mm ID (inner diameter). Heat treated allow steel shell for durability, low coefficient of friction for speed and resin retainer for quiet motion. ISO Metric Series - Closed shell for end-supported shafts Handles cantilevered loads better than plain bearings Temperature Range: -4/+176°F (-20/+80°C) Variant..
Adjustable Linear Ball Bearing with a 30mm ISO Metric ID (inner diameter). This adjustable round shaft bushing has a slit down the side which would be used when working with an old shaft or an old machine, or any other environment where parts are not perfectly made. Temperature Range: -4/+176°F..
Adjustable Linear Ball Bearing with a 40mm ISO Metric ID (inner diameter). This adjustable round shaft bushing would be used when working with an old shaft or an old machine, or any other environment where parts are not perfectly made. Temperature Range: -4/+176°F (-20/+80°C) Variant ID Sizes: Available from 1/4"..
Closed Linear Ball Bearings built with a heat-treated alloy steel shell for strength and a polymer resin retainer that reduces noise and friction. Designed for round shafts and using recirculating ball bearings, they are good at handling cantilevered loads because they don't have the 2:1 binding limitation that plain bearings have. Open and adjustable versions are also available, with inch, metric, and JIS sizing options, full interchangeability with industry standards and double seals included at no additional cost.
Closed steel shell made of alloy steel
ID sizes: 0.25 in to 2 in or 5 mm to 50 mm
Static Load Capacities up to 1,700 lb (7,900 N)
Dynamic Load Capacities up to 850 lb (3,800 N)
Industrial strength polymer ball retainer
Inch, metric and JIS sizing options
Size interchangeable with industry standards
Double Seals included standard – no additional cost
We use cookies to give you the best possible experience while you browse through our website.
By pursuing the use of our website you implicitly agree to the usage of cookies on this site.
Learn more.