PennEngineering
Danboro, PA 18916
New ATLAS SpinTite Threaded Inserts Come with Blind Installation Capability
ATLAS® SpinTite Blind Threaded Inserts are available in half-hex shank low-profile head, rib-wall minimized-profile head, rib-wall low-profile head, thin-wall low-profile head and swaging low-profile head versions. Units are used with panels or sheets of materials such as metal, plastics, and fiberglass with thickness up to 0.51 mm. Suitable for applications such as tubing and extrusions,...
Read More »
New ATLAS SpinTite Threaded Inserts Come with Blind Installation Capability
ATLAS® SpinTite Blind Threaded Inserts are available in half-hex shank low-profile head, rib-wall minimized-profile head, rib-wall low-profile head, thin-wall low-profile head and swaging low-profile head versions. Units are used with panels or sheets of materials such as metal, plastics, and fiberglass with thickness up to 0.51 mm. Suitable for applications such as tubing and extrusions,...
Read More »
PEM® PFC4™ Self-Clinching Captive Panel Screws Enable Easy Access to Stainless Steel Enclosures Without Loose-Hardware Risks
PEM® PFC4™ self-clinching captive panel screws from PennEngineering® install permanently into stainless steel enclosures to enable easy access whenever necessary and eliminate risks associated with loose screws. The captivated screw remains reliably in place where designed in a door or panel and will not loosen, fall out, or damage internal components. Expanding their application potential,...
Read More »
PEM-® PFC4⢠Self-Clinching Captive Panel Screws Enable Easy Access to Stainless Steel Enclosures Without Loose-Hardware Risks
PEM® PFC4™ self-clinching captive panel screws from PennEngineering® install permanently into stainless steel enclosures to enable easy access whenever necessary and eliminate risks associated with loose screws. The captivated screw remains reliably in place where designed in a door or panel and will not loosen, fall out, or damage internal components. Expanding their application potential,...
Read More »
microPEM® MSOFS™ Flaring Standoffs are compliant to RoHS Standards.
microPEM® MSOFS™ Flaring Standoffs feature can be installed permanently into stainless steel, plastics and printed circuit boards. Units are available in thread sizes #0-80, #2-56, and M1 to M2 with reusable threads and are suitable for wearables, laptops, tablets and eReaders, smartphones, automotive electronics applications.
Read More »
microPEM-® MSOFS⢠Flaring Standoffs are compliant to RoHS Standards.
microPEM® MSOFS™ Flaring Standoffs feature can be installed permanently into stainless steel, plastics and printed circuit boards. Units are available in thread sizes #0-80, #2-56, and M1 to M2 with reusable threads and are suitable for wearables, laptops, tablets and eReaders, smartphones, automotive electronics applications.
Read More »
PEMHEX® Self-Clinching Prevailing Torque Locknuts Integrate Nylon Hexagonal Insert to Prevent Mating Screws from Loosening
PEMHEX® self-clinching prevailing torque locknuts from PennEngineering® integrate a trademarked blue nylon hexagonal insert designed to prevent mating screws from loosening in service due to vibration, thermal cycling, or other application-related factors. The reusable locking element provides the necessary torque resistance to securely grip mating screws and allow for their repeated...
Read More »
PEMHEX-® Self-Clinching Prevailing Torque Locknuts Integrate Nylon Hexagonal Insert to Prevent Mating Screws from Loosening
PEMHEX® self-clinching prevailing torque locknuts from PennEngineering® integrate a trademarked blue nylon hexagonal insert designed to prevent mating screws from loosening in service due to vibration, thermal cycling, or other application-related factors. The reusable locking element provides the necessary torque resistance to securely grip mating screws and allow for their repeated...
Read More »
Aluminum and Stainless Steel microPEM® TackSert® Pins for Compact Electronics Provide Cost-Effective Alternatives to Screws for Attaching Top Panels in Assemblies
Aluminum and stainless steel microPEM® TackSert® pins from PennEngineering® provide cost-effective alternatives to micro screws for attaching top panels to base panels or chassis in compact electronic assemblies. They will attach top panels of any material to a base or chassis manufactured from common cast metals (such as magnesium and aluminum) or plastics (such as ABS and printed circuit...
Read More »
Aluminum and Stainless Steel microPEM-® TackSert® Pins for Compact Electronics Provide Cost-Effective Alternatives to Screws for Attaching Top Panels in Assemblies
Aluminum and stainless steel microPEM® TackSert® pins from PennEngineering® provide cost-effective alternatives to micro screws for attaching top panels to base panels or chassis in compact electronic assemblies. They will attach top panels of any material to a base or chassis manufactured from common cast metals (such as magnesium and aluminum) or plastics (such as ABS and printed circuit...
Read More »