Rivet Nuts suit high load attachment applications.
Threaded Fastener Inserts

Rivet Nuts suit high load attachment applications.

Atlas(TM) MaxTite® Threaded Rivet Nuts feature thicker thread and heavier wall than standard rivet nuts. They provide strong, permanent threads in blind attachment applications where only one side of workpiece is accessible for fastener installation and final component assembly. Flathead and counterunk nuts can be utilized in panels as thin as .020 in. Thread sizes range from No. 4-40...

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Nuts

Nut Plate fastens structures in aerospace applications.

Cherry® Rivetless Nut Plate features retainer that does not require flaring to meet NASM25027 torque-out and push-out requirements. Uniform expansion of sleeve during installation enhances fatigue life of parent material. Nut plate applies in less than 2 sec in aluminum sheets as thin as 0.062 in. Operator inserts mandrel into predrilled hole and actuates tool. As fastener sleeve is pulled...

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Sleeves, Nuts, and Ferrules can hold 5,000 psi.
Ferrules

Sleeves, Nuts, and Ferrules can hold 5,000 psi.

Silica SealTight(TM) sleeves, nuts, and ferrules solve problem of connecting capillary tubing to standard 10-32 coned ports intended for 1/16 in. OD tubing. Teflon® FEP sleeves plus PEEK(TM) NanoTight(TM) nuts, and Tefzel® ferrules provide sealing and can be finger tightened to hold 5,000 psi. Twelve color-coded IDs accommodate capillary ODs from 70 Â-µm to 1 mm.

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Self-Clinching Nuts suit thin-sheet applications.
Anchor Nuts

Self-Clinching Nuts suit thin-sheet applications.

Type SMPS(TM) stainless steel nuts provide reusable threads with 1 mating screw required to complete component attachment. They can be installed in sheets as thin as .025 in. to become permanent part of assembly. Made from 300 Series stainless steel, fasteners are available in unified and metric thread sizes No. 2-56 through No. 6-32 and M2.5 through M3.5. They have diameter of .220 in. and...

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Compression Fitting Nuts minimize galling.
Nuts

Compression Fitting Nuts minimize galling.

Moly Inside!(TM) Nuts are made of stainless steel and help eliminate problems of inconsistent remakes during assembly of stainless steel tubing systems. Inside of each nut features bonded coating of molybdenum disulfide that serves as barrier between threads of both nut and fitting body. Coating also functions as lubricant, simplifying installation process. Nuts can be used on A-LOK® or...

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Nuts have anti-backlash feature.
Nuts

Nuts have anti-backlash feature.

Nuts eliminate minimal backlash between leadscrew and nut interface on linear actuators and are available in non-captive and captive designs. Made from self-lubricating thermoplastic or glass-reinforced resin, nuts are available for .218 and .250 in. dia screw. Range of preload requirements can be accommodated up to 15 lb. Spring preload design assures precision over millions of cycles.

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Nuts

Collet Nuts turn collet chucks into milling chucks.

Made with friction reducing material, Power Coat ER collet nuts reduce risk of tool flying out of toolholder. Nuts are available in TG, ER, and ER coolant styles to fit existing CAT, BT, and HSK tool holders. They are balanced to 18,000 rpm and are available balanced to 60,000 rpm. Design prevents collet from slipping out of nut when turned upside down.

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Nuts and Knobs are made of nylon plastic.
Nuts

Nuts and Knobs are made of nylon plastic.

Knurled nuts are available with tapped through steel or stainless steel insert that is molded-in with black nylon knob body and smooth glossy finish. On clamping applications, extended insert prevents chipping of plastic. Knurled knobs have black nylon plastic body with smooth, glossy finish featuring zinc-plated steel or stainless steel molded-in threaded stud. Extended hub prevents chipping of...

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Knurled Nuts achieve clamping with one rotation.
Nuts

Knurled Nuts achieve clamping with one rotation.

Manufactured from steel with tapped through hole and black oxide finish, Quick Release Knurled Nuts suit applications where nuts must be completely removed after releasing operation and refitted rapidly for re-clamping. Nuts are tilted over threaded spindle, brought to straight position for meshing of 2 threads on nut and spindle, and turned a fraction of 1 rotation to acheive clamping.

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