Uniquely Designed Variations of PEM® Self-Clinching Threaded Nuts, Studs, and Standoffs Allow for Close-to-Edge Placement Where Space for Fasteners is Limited
Anchor Nuts

Uniquely Designed Variations of PEM® Self-Clinching Threaded Nuts, Studs, and Standoffs Allow for Close-to-Edge Placement Where Space for Fasteners is Limited

Uniquely designed variations of PEM-® self-clinching nuts, studs, and standoffs from PennEngineering® allow for close-to-edge placement in thin metal assemblies without compromising host sheet or fastener.  Their engineering effectively reduces the standard minimum distance for hole-centerline-to-edge" required for successful clinching to provide ideal solutions where space for fasteners...

Read More »
Uniquely Designed Variations of PEM-® Self-Clinching Threaded Nuts, Studs, and Standoffs Allow for Close-to-Edge Placement Where Space for Fasteners is Limited
Anchor Nuts

Uniquely Designed Variations of PEM-® Self-Clinching Threaded Nuts, Studs, and Standoffs Allow for Close-to-Edge Placement Where Space for Fasteners is Limited

Uniquely designed variations of PEMÂ-® self-clinching nuts, studs, and standoffs from PennEngineering® allow for close-to-edge placement in thin metal assemblies without compromising host sheet or fastener.  Their engineering effectively reduces the standard minimum distance for hole-centerline-to-edge" required for successful clinching to provide ideal solutions where space for...

Read More »
Machine Nuts

Self-Clinching Nuts and Studs work with hard sheet materials.

PEM-® self-clinching nuts and studs, which include SH™ hard panel nuts and HFLH™ hard panel studs, are designed for permanent installation into hard sheet materials and suit automotive component attachment applications. Manufactured from hardened alloy steel, products enable close-to-edge mounting without risking panel buckling, eliminate need for embossing operations, and can be...

Read More »
Machine Nuts

Self-Clinching Nuts and Studs work with hard sheet materials.

PEMÂ-® self-clinching nuts and studs, which include SH™ hard panel nuts and HFLH™ hard panel studs, are designed for permanent installation into hard sheet materials and suit automotive component attachment applications. Manufactured from hardened alloy steel, products enable close-to-edge mounting without risking panel buckling, eliminate need for embossing operations, and...

Read More »
Heavy-Duty Studs clinch permanently into thin metal sheets.
Blind Studs

Heavy-Duty Studs clinch permanently into thin metal sheets.

Available in lengths up to 2 in., PEM-® Type THFE™ Studs feature enlarged head diameter that distributes axial tightening force over wide area to minimize compressive stress on host panel, optimize pull through performance, and develop full thread strength. Self-clinching studs install into steel or aluminum sheets as thin as .031 in. with hardness of HRB 85 or less on Rockwell B scale and...

Read More »
Heavy-Duty Studs clinch permanently into thin metal sheets.
Blind Studs

Heavy-Duty Studs clinch permanently into thin metal sheets.

Available in lengths up to 2 in., PEMÂ-® Type THFE™ Studs feature enlarged head diameter that distributes axial tightening force over wide area to minimize compressive stress on host panel, optimize pull through performance, and develop full thread strength. Self-clinching studs install into steel or aluminum sheets as thin as .031 in. with hardness of HRB 85 or less on Rockwell B...

Read More »
Wall Studs

Code Compliance Research Report from Architectural Testing Confirms ClarkDietrich's ProSTUD® Drywall Framing System Meets Code Requirements

West Chester, Ohio- – ClarkDietrich™ Building Systems is pleased to announce that it has received a Code Compliance Research Report (CCRR) from Architectural Testing, Inc. (ATI) for its ProSTUD® Drywall Framing System (ProSTUD and ProTRAK®). The report, CCRR-0207, confirms the system's compliance with the 2012 International Building Code®, 2012 International Residential Code® and...

Read More »
Wall Studs

Code Compliance Research Report from Architectural Testing Confirms ClarkDietrich's ProSTUD-® Drywall Framing System Meets Code Requirements

West Chester, OhioÂ- – ClarkDietrich™ Building Systems is pleased to announce that it has received a Code Compliance Research Report (CCRR) from Architectural Testing, Inc. (ATI) for its ProSTUD® Drywall Framing System (ProSTUD and ProTRAK®). The report, CCRR-0207, confirms the system's compliance with the 2012 International Building Code®, 2012 International...

Read More »
Self-Clinching Studs attach thin metal assemblies.
Blind Studs

Self-Clinching Studs attach thin metal assemblies.

Designed to install- permanently using standard press, PEM® Self-Clinching Threaded Studs include flush-head models for use in aluminum or stainless steel sheets as thin as .040 in. and stainless versions for corrosion resistance in even thinner stainless steel assemblies. Other types include low-displacement flush head studs for close-to-edge installation; non-flush studs for sheets as thin...

Read More »
Self-Clinching Studs attach thin metal assemblies.
Blind Studs

Self-Clinching Studs attach thin metal assemblies.

Designed to install- permanently using standard press, PEM® Self-Clinching Threaded Studs include flush-head models for use in aluminum or stainless steel sheets as thin as .040 in. and stainless versions for corrosion resistance in even thinner stainless steel assemblies. Other types include low-displacement flush head studs for close-to-edge installation; non-flush studs for sheets as thin...

Read More »

All Topics