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Precisely align, level, and adjust spacing on fasteners and shafts with these shims.
Be prepared with ring shims in a variety of thicknesses. These shims fit around fasteners and shafts to precisely align, level, and adjust spacing.
Also known as machinery bushings, these shims have an oversized OD to create a larger bearing surface for reduced wear between moving parts.
For a snug fit around a shaft, the ID of these shims is held to a tighter tolerance than other round shims.
Precisely align, level, and adjust spacing on fasteners, shafts, and machinery with these shims, which are color-coded by thickness for easy identification.
Be prepared with ring shims in a variety of thicknesses. These shims are color-coded by thickness for easy identification.
These shims are made of layers of metal bonded with adhesive. Remove layers with a utility knife until you get the thickness you need.
Slide these shims under the screw head to shorten the shoulder length.
Spin these shims onto screw threads to extend the shoulder length.
Adjust spacing between bearings and other components on shafts. These shims are sized to fit the outer rim of a bearing.
Also called tolerance rings, these rings are for use in stamped, molded, or worn housings to form a tight hold on the bearings.
Place these shims under sharpened dies to restore their original height and extend their life.
These shims are shaped to fit over D-profile shafts. Use them to precisely align, level, and adjust spacing.
Be prepared with shims in a variety of thicknesses. These shims are shaped to fit over D-profile shafts. Use them to precisely align, level, and adjust spacing.
Be prepared with shims in a variety of thicknesses. Also known as arbor spacers, these shims are notched to fit over keyed shafts.
Precisely shaped to fit snugly on keyed shafts, these shims align, level, and space components. Because of their tight fit, they also help components rotate in unison with the shaft.
Use these round shims as they are, or punch out the middle to create the ID you need.
The slot lets you insert, remove, and adjust the shims without disassembling your machinery.
Be prepared with slotted shims in a variety of thicknesses. The slot lets you insert, remove, and adjust the shims without disassembling your machinery.
Keep slotted shims in a variety of thicknesses on hand with these sets, which are color-coded by thickness for easy identification. The slot lets you insert, remove, and adjust the shims without disassembling your machinery.
These shims are color-coded by thickness for easy identification. The slot lets you insert, remove, and adjust the shims without disassembling your machinery.
Use these thick shims to align cabinets, doors, and windows, or for other rough leveling.
These shims are scored so you can easily shorten them to the length you need. Designed to fit around screws, they are commonly used in window, door, and cabinet installations.
These shims are color-coded by thickness for easy identification. The horseshoe design fits around screws.
Align cabinets, doors, and windows with these shims. The horseshoe design fits around screws.
Clips on these shims hold them together when stacked, and they are color coded by thickness for easy identification. Designed to fit around screws, they are commonly used in window, door, and cabinet installations.
Slide these shims behind your door’s hinge to align it in the jamb.
Use a single shim on feet or positioning arms that are secured with multiple fasteners. The slots let you insert, remove, and adjust the shims without disassembling your machinery. Also known as finger shims.
Each set includes a variety of different thicknesses, so you can use multiple shims together to create a specific thickness or make minor adjustments.
The slot lets you install these rigid shims around screws.
Made of aluminum, these spacers are lightweight and mildly corrosion resistant.
18-8 stainless steel spacers have good corrosion resistance.
These spacers have excellent corrosion resistance and are passivated for enhanced protection.
The zinc plating provides some corrosion resistance.
Withstanding salt water, acids, and chemicals, these spacers resist corrosion better than any other metal spacer we offer. They have a high strength-to-weight ratio and are about 40% lighter than steel spacers.
The anodized coating on these lightweight spacers provides increased abrasion resistance over uncoated aluminum.
Brass makes these spacers electrically conductive and the zinc-plated finish adds corrosion resistance.
These spacers have excellent wear and abrasion resistance. Exposure to moisture may cause them to expand.
Naturally slippery and wear resistant, acetal spacers also offer some resistance to moisture.
Almost nonabsorbent, these unthreaded LDPE and HDPE spacers won't swell when exposed to water.
Polypropylene spacers have a hard surface and resist many chemicals and solvents.
PTFE spacers have a slippery surface and surpass most plastic spacers when it comes to chemical resistance and performance in extreme temperatures.
Use PEEK spacers as an alternative to metal spacers in high-temperature, high-stress applications. They resist chemicals, wear, and moisture.
Made of FDA-listed material, these clear spacers can be used in food and beverage applications.
Protect components from electrical charges.
Reduce vibration, shock, and noise with these spacers that compress between components.
Choose the OD, ID, length, and material and we will accommodate your unique spacer needs.
A nickel-chrome plating gives these spacers a mirror-like finish.
Cut stock to the length you need.
Create space to clean between components on food processing lines and other sanitary equipment.
The 45° end fits against an angled surface to create a flat surface for connection.
Also known as saddle washers, the curved end fits against round objects such as tube and pipe.
Also known as arbor spacers, these are notched to space components on a keyed shaft.
An economical alternative to standard unthreaded spacers.
Also known as captive spacers, the splines on these bite into a panel for a permanent hold.
Commonly called beveled washers, these are tapered to fit inside an I-beam's flange to provide a parallel bearing surface.
Commonly called beveled washers, these metric washers are tapered to fit inside an I-beam's flange to provide a parallel bearing surface.
Tapered to fit in a U-channel, these washers create a parallel bearing surface.
A slot in the side allows you to install and remove these washers without completely disassembling your joint.
Open these rings, pass them over the end of a shaft, and release to spring into the groove.
Thicker than standard external retaining rings, these rings withstand greater force.
These rings meet military specification MS 16624.
For a smooth profile and better clearance than standard external retaining rings, the lugs on these rings point inward.
No groove is required for these rings—their thick profile helps them grip the shaft.
The curved design of these rings works like a spring, taking up play for a tight hold.
No groove required—press these rings onto the end of a shaft for a firm grip.
Use these caps to hold components in place and protect shaft ends.
Also known as flat-style speed nuts, these have a large surface to distribute loads better than standard and flanged external push rings.
The wide flange provides better load distribution than standard external push rings and can be used to cover oversized holes. Also known as thread cutting nuts.
Thicker than standard spiral rings, these rings withstand greater forces.
Slide these rings into place with one twist—no tools required—for applications with high thrust loads.
These coiled rings can be wound into place on a shaft without tools.
Also known as E-style rings.
Also known as C-style and crescent rings, these rings have a small shoulder to fit in tight spaces.
These rings are reinforced to withstand faster rotation than other side‐mount retaining rings. Also known as reinforced E‐style rings.
Also known as bowed E-style rings, these have a curved design that works like a spring, taking up play for a tight hold.
Also known as poodle rings, these thick rings have "ears" that form a large retaining surface to withstand stronger forces than other side-mount retaining rings.
Often used with small engines, heavy equipment, and power transmission, these external retaining rings have speared ends to help you install and remove them.
Also known as X-washers, place these rings into the groove and squeeze tight with pliers to form a 360° closure.
Slide these rings into a groove near the end of the shaft and the tab locks them in place.
Also known as constant-section rings, these rings have open ends and a profile that does not taper like other external retaining rings. Use them with linear bearings on support rail shafts.
Squeeze these rings to place them in the groove inside a bore or housing.
Thicker and stronger than standard internal retaining rings, these withstand greater thrust loads.
With teeth along the inside, these retaining rings hold chamfered shafts inside the housing of your equipment.
For a smooth bore and better clearance than standard internal retaining rings, the lugs on these rings face outward.
Slide these rings into place by hand with a single twist for applications with high thrust loads.
These coiled rings can be wound into place inside a bore or housing without tools.
No groove required—these rings have teeth that firmly grip the bore.
Place these shims under sharpened dies to restore their original height and extend the life of the dies.
Slide onto a shoulder screw to shorten the length of the shoulder.
Spin these tight-fitting shims onto your screw's threads to lengthen the shoulder.
Use round shims to precisely align, level, and adjust spacing on shafts and machinery.
Assortments include pliers to install external rings.
Pull these rings open with retaining ring pliers, pass over the end of a shaft, and release to spring into a groove.
Also known as E-Style and C-style rings, slide these into the groove from the side of the shaft. They provide a wider shoulder than other external retaining rings for a larger retaining surface.
Pull ring ends together with retaining ring pliers and place into the bore of a shaft or housing.
Wind these retaining rings into a groove—no tools required for installation.
These assortments include pliers to install external and internal rings.
Assortments include pliers to install external and internal rings.
Have different sizes and lengths of spacers ready for a variety of jobs.
A zinc-plated finish gives these steel inserts mild corrosion resistance.
These aluminum inserts are lightweight, nonmagnetic, and mildly corrosion resistant.
Made from brass, these inserts are nonmagnetic, mildly corrosion resistant, and electrically conductive.
Protect bolts from sideways (shear) pressure.