ASME / ANSI Threaded Inserts
from PennEngineering®
Countersunk head allows insert to be installed flush with sheet surface. Knurled body for high torque applications. Standard material: Low Carbon Steel. Materials available on special order: 300 Series Stainless Steel, Alloy No. 260 Brass, 6053-T4 or 6061-T4 Aluminum [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Threaded Hole
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Internal Thread Size: 1.70 - 4.50 mm
from PennEngineering®
Countersunk head allows insert to be installed flush with sheet surface. Standard material: Low Carbon Steel. Materials available on special order: 300 Series Stainless Steel, Alloy No. 260 Brass, 6053-T4 or 6061-T4 Aluminum [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Threaded Hole
-
Internal Thread Size: 1.70 - 4.50 mm
from PennEngineering®
Designed for high load applications. Countersunk feature allow fastener to be installed flush with sheet surface. [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Threaded Hole
-
Internal Thread Size: 8.60 - 11.10 mm
from PennEngineering®
Full hex feature for high torque applications. Flat head design for high load applications. Standard material: Low Carbon Steel. Materials available on special order: 300 Series Stainless Steel, Alloy No. 260 Brass, 6053-T4 or 6061-T4 Aluminum [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Threaded Hole
-
Internal Thread Size: 0.70 - 3.50 mm
from PennEngineering®
Flat head design for high load applications. Knurled body for high torque applications. Standard material: Low Carbon Steel. Materials available on special order: 300 Series Stainless Steel, Alloy No. 260 Brass, 6053-T4 or 6061-T4 Aluminum [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Threaded Hole
-
Internal Thread Size: 0.70 - 3.50 mm
from PennEngineering®
Flat head design for high load applications. Standard material: Low Carbon Steel. Materials available on special order: 300 Series Stainless Steel, Alloy No. 260 Brass, 6053-T4 or 6061-T4 Aluminum [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Threaded Hole
-
Internal Thread Size: 0.70 - 3.50 mm
from PennEngineering®
Flat head design for high load applications. Semihex body for improved torque-out resistance. Standard material: Low Carbon Steel. Materials available on special order: 300 Series Stainless Steel, Alloy No. 260 Brass, 6053-T4 or 6061-T4 Aluminum [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Threaded Hole
-
Internal Thread Size: 0.70 - 3.50 mm
from PennEngineering®
Designed for high load applications. Designed for high load applications. Available with rib, key or full hex features for high torque applications. [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Threaded Hole
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Internal Thread Size: 8.00 - 10.50 mm
from PennEngineering®
Locking and Non-locking Threads. These fasteners provide load-bearing threads in thin sheets and permit up to 0.76mm adjustment for mating hole misalignment. The self-clinching feature offers fast and simple assembly. The fasteners are squeezed into prepared holes using any standard press. The sheet... [See More]
- Fastener Standards: ASME/ANSI
- Units: Metric
- Installation Method: Threaded Hole
- Metric: M3
from PennEngineering®
Locking and Non-locking Threads. These fasteners provide load-bearing threads in thin sheets and permit up to 0.76mm adjustment for mating hole misalignment. The self-clinching feature offers fast and simple assembly. The fasteners are squeezed into prepared holes using any standard press. The sheet... [See More]
- Fastener Standards: ASME/ANSI
- Units: Metric
- Installation Method: Threaded Hole
- Metric: M3
from PennEngineering®
Feature a hex body design. Improved torque-out resistance. Additional thread sizes and grip ranges available. Also available in aluminum and brass. Call for availability. [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Threaded Hole
-
Internal Thread Size: 0.70 - 3.80 mm
from PennEngineering®
Designed for use in straight holes. Self-aligning lead-in of insert provides for accurate alignment prior to installation. [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Threaded Hole
- Units: Metric
from PennEngineering®
Designed for use in straight or tapered holes. Symmetrical design eliminates the need for orientation. [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Threaded Hole
- Units: Metric
from PennEngineering®
PEM ® brand miniature fasteners fit into a minimal space and provide strong, reusable threads. Types FE, FEO and UL are self-locking. Types FE and FEO thread locking torque performance is equivalent to applicable NASM25027 specifications. Type UL self-locking nuts meet locking torque... [See More]
- Fastener Standards: ASME/ANSI
- Units: Metric
- Installation Method: Threaded Hole
- Metric: M3
from PennEngineering®
Feature a minimized-profile head and knurled shank. Allows near-flush installations with no need for special hole preparations such as countersinking or dimpling. Additional thread sizes and grip ranges available. Also available in aluminum, brass, and monel ®. Call for availability. [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Threaded Hole
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Internal Thread Size: 0.70 - 3.80 mm
from PennEngineering®
Blind-end protects the threads from plastic intrusion. [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Molded-In
- Units: Metric
from PennEngineering®
Deformed threads lock screw in place to resist vibration. Blind-end protects the threads from plastic intrusion. [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Molded-In
- Units: Metric
from PennEngineering®
Pilot diameter and undercuts allow plastic to flow into grooves providing high pullout resistance. [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Molded-In
- Units: Metric
from PennEngineering®
Uniform knurl diameter reduces the risk of sink marks. Available in varying lengths for injection molding assemblies. [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Molded-In
- Length: 0.3937
from PennEngineering®
The thread locking torque performance of Type PL and PLC PEMHEX ® self-clinching fasteners is equivalent to applicable NASM25027 specifications. A nylon hexagonal element provides a reusable, non-metallic prevailing torque thread lock. The strong knurled collar receives the installation force... [See More]
- Fastener Standards: ASME/ANSI
- Units: Metric
- Installation Method: Threaded Hole
- Metric: M3
from PennEngineering®
PEM ® PEMFLEX ® self-locking, self-clinching fasteners retain their repeated use and effective prevailing locking torque. Shoulder provides increased performance. Flexing action permits repeated use and effective locking torque. Flange provides positive stop during installation. The thread... [See More]
- Fastener Standards: ASME/ANSI
- Units: Metric
- Installation Method: Threaded Hole
- Metric: M2.5
from PennEngineering®
PEMSERT self-clinching flush nuts are designed to be completely flush in sheets as thin as 1.5mm. These fasteners are ideal for applications where a thin sheet requires load-bearing threads but still must remain smooth, with no protrusions on either surface. The PEM flush nut can be installed easily... [See More]
- Fastener Standards: ASME/ANSI
- Units: Metric
- Installation Method: Threaded Hole
- Metric: M2
from PennEngineering®
Features and Benefits. Designed for use in straight holes. Self-aligning lead-in of insert provides for accurate alignment prior to installation. Aluminum inserts ideal for light weight designs. Aluminum and stainless steel inserts offer lead-free alternative. [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Threaded Hole; Heat Staking
- Units: Inch
from PennEngineering®
Features and Benefits. Designed for use in straight or tapered holes. Symmetrical design eliminates the need for orientation. Aluminum inserts ideal for light weight designs. Aluminum and stainless steel inserts offer lead-free alternative. [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Threaded Hole; Heat Staking
- Units: Inch
from PennEngineering®
Features and Benefits. Designed for use in tapered holes. Tapered mounting hole allows for rapid and accurate alignment prior to installation. Aluminum inserts ideal for light weight designs. Aluminum and stainless steel inserts offer lead-free alternative. [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Ultrasonic
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Internal Thread Size: .060 - .375 in
from Sherex Fastening Solutions
Designed for SMC, Thermoset, and other brittle plastics. No flange allows for flush installation. Installed with a tap wrench or drill press with tapping head. Class 2B per ANSI/ASME B1.1. Installation Methods: Thread In - this method is reserved for the B1T and B2T insert styles. A tool will thread... [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Thread In
- Internal Thread Size: #8-32 UNC
from Yardley Inserts
Holes burnished after tapping, for use with or without locating pins [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Plastic; Rubber; Ceramic; Thermoset, Thermoplastic
- Installation Method: Molded-In; Threaded Hole
- Internal Thread Size: 2-56
from Sherex Fastening Solutions
Designed for SMC, Thermoset, and other brittle plastics. Flange provides larger bearing surface. Installed with a tap wrench or drill press with tapping head. Class 2B per ANSI/ASME B1.1. Installation Methods: Thread In - this method is reserved for the B1T and B2T insert styles. A tool will thread... [See More]
- Fastener Standards: ASME/ANSI
- Base Materials: Metal
- Installation Method: Thread In
- Internal Thread Size: #8-32 UNC