M3.5 Threaded Inserts
from bisco industries
Threaded Inserts [See More]
- Metric: M3.5
- Internal Thread Size: M3.5X.6
- Installation Method: Threaded Hole
- Length: 0.4134
from SPIROL
Series 14 Tapered Hole — Tapered design for tapered holes for ease of location and reduced installation time. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic; Thermoplastics
- Installation Method: Thermal; Ultrasonic
- Length: 0.1880 to 0.5620
from PennEngineering®
Designed for use in straight holes. Self-aligning lead-in of insert provides for accurate alignment prior to installation. [See More]
- Metric: M3.5
- Base Materials: Metal
- Installation Method: Threaded Hole
- Units: Metric
from RS Components, Ltd.
M3.5 BRASS HEAT INSTALL INSERT FLUSH [See More]
- Metric: M3; M3.5
- Length: 0.2795
- Internal Thread Size: M3.5
- Units: Metric
from bisco industries
Threaded Inserts [See More]
- Metric: M3.5
- Internal Thread Size: M3.5X.6
- Installation Method: Threaded Hole
- Length: 0.4134
from SPIROL
Series 19 Straight Hole and Series 20 Flanged — Designed for straight holes to yield maximum performance with low radial stress. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic; Thermoplastics
- Installation Method: Thermal; Ultrasonic
- Length: 0.1571 to 0.5000
from PennEngineering®
Features: Press-fit insert provides strong, reusable threads. No heat or ultrasonics required. Hexagonal “barbed ” configuration ensures high torqueout and pullout values. Aluminum inserts ideal for light weight designs. Aluminum and stainless steel inserts offer lead-free alternative. [See More]
- Metric: M3; M3.5; M4; M5; M6; M8
- Base Materials: Metal
- Installation Method: Pressed-In; Threaded Hole
-
Internal Thread Size: 3.0 - 8.0 mm
from RS Components, Ltd.
RS PRO 14597 Threaded Insert [See More]
- Metric: M3; M3.5
- Length: 0.2500
- Internal Thread Size: M3.5
- Units: Metric
from SPIROL
Series 19 Straight Hole and Series 20 Flanged — Designed for straight holes to yield maximum performance with low radial stress. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic; Thermoplastics
- Installation Method: Thermal; Ultrasonic
- External Thread Size: Headed Tapered Knurl and Groove
from PennEngineering®
Features: Blind-end protects the threads from plastic intrusion. Aluminum inserts ideal for light weight designs. Aluminum and stainless steel inserts offer lead-free alternative. [See More]
- Metric: M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Metal
- Installation Method: Molded-In; Threaded Hole
-
Internal Thread Size: 2.5 - 8.0 mm
from SPIROL
Series 29 Standard and Series 30 Flanged — Symmetrical for ease of orientation and enhanced performance designed to maximize torque and pull out values. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic; Thermoplastics
- Installation Method: Thermal; Ultrasonic
- Length: 0.1570 to 0.5000
from PennEngineering®
Blind-end protects the threads from plastic intrusion. [See More]
- Metric: M3.5
- Base Materials: Metal
- Installation Method: Molded-In
- Units: Metric
from SPIROL
Series 29 Standard and Series 30 Flanged — Symmetrical for ease of orientation and enhanced performance designed to maximize torque and pull out values. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic; Thermoplastics
- Installation Method: Thermal; Ultrasonic
- Length: 0.1570 to 0.5000
from PennEngineering®
Press-fit insert provides strong, reusable threads. No heat or ultrasonics required. Hexagonal “barbed ” configuration ensures high torqueout and pullout values. [See More]
- Metric: M3.5
- Base Materials: Metal
- Installation Method: Pressed-In
- Units: Metric
from SPIROL
Series 14 Tapered Hole — Tapered design for tapered holes for ease of location and reduced installation time. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic; Thermoplastics
- Installation Method: Thermal; Ultrasonic; Tapered Hole
- Length: 0.1150 to 0.3000
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]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6
- Base Materials: Metal
- Installation Method: Threaded Hole; Heat Staking
-
Internal Thread Size: 2.5 - 6.0 mm
from SPIROL
Series 19 Straight Hole and Series 20 Flanged — Designed for straight holes to yield maximum performance with low radial stress. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic; Thermoplastics
- Installation Method: Thermal; Ultrasonic
- External Thread Size: Tapered Knurl and Groove
from PennEngineering®
Designed for use in tapered holes. Tapered mounting hole allows for rapid and accurate alignment prior to installation. [See More]
- Metric: M3.5
- Hole: Tapered
- Installation Method: Threaded Hole
- Units: Metric
from SPIROL
Series 19 Straight Hole and Series 20 Flanged — Designed for straight holes to yield maximum performance with low radial stress. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic; Thermoplastics
- Installation Method: Thermal; Ultrasonic
- Length: 0.1250 to 0.5000
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]
- Metric: M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Metal
- Installation Method: Ultrasonic
- Internal Thread Size: 2.5 - 8.0 mm
from SPIROL
Series 29 Standard and Series 30 Flanged — Symmetrical for ease of orientation and enhanced performance designed to maximize torque and pull out values. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic; Thermoplastics
- Installation Method: Thermal; Ultrasonic
- External Thread Size: Tapered Knurl and Groove
from SPIROL
Series 29 Standard and Series 30 Flanged — Symmetrical for ease of orientation and enhanced performance designed to maximize torque and pull out values. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic; Thermoplastics
- Installation Method: Thermal; Ultrasonic
- External Thread Size: Headed Tapered Knurl and Groove
from SPIROL
Series 29 Standard and Series 30 Flanged — Symmetrical for ease of orientation and enhanced performance designed to maximize torque and pull out values. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic; Thermoplastics
- Installation Method: Thermal; Ultrasonic
- External Thread Size: Tapered Knurl and Groove
from SPIROL
Series 29 Standard and Series 30 Flanged — Symmetrical for ease of orientation and enhanced performance designed to maximize torque and pull out values. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic; Thermoplastics
- Installation Method: Thermal; Ultrasonic
- External Thread Size: Headed Tapered Knurl and Groove
from SPIROL
Series 50 Symmetrical and Series 51 Headed — Offered in aluminum and brass, Press-In Inserts are designed to be pressed into a plastic hole without melting the plastic prior to installation. They offer rapid installation with no specialized equipment and achieve good overall joint performance. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic; Thermoset / Thermoplastic
- Installation Method: Pressed-In
- External Thread Size: Helical Knurl
from SPIROL
Series 50 Symmetrical and Series 51 Headed — Offered in aluminum and brass, Press-In Inserts are designed to be pressed into a plastic hole without melting the plastic prior to installation. They offer rapid installation with no specialized equipment and achieve good overall joint performance. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic; Thermoset / Thermoplastic
- Installation Method: Pressed-In
- External Thread Size: Headed Helical Knurl
from SPIROL
Thread Forming Self-Tapping Inserts. reduced thread profile and coarse pitch minimizes radial stress and potential hole wall damage. The course thread also maximizes the pull-out strength of these Self-Tapping Inserts. Self Tapping Inserts are versatile. They can be used in more plastics, including... [See More]
- Metric: M3; M3.5; M4; M5; M6
- Base Materials: Plastic; Thermoset / Thermoplastic
- Installation Method: Self-tapping
- External Thread Size: Self-Tapping Coarse Threads
from G.L. Huyett
We carry free running and key lock inserts, plus a variety of rethreading tools, taps and repair kits. Packets of replacement thread are also available. [See More]
- Metric: M2.5; M3; M3.5; M4; M5; M6; M8; M10; M12; M14; M16; M18; M20; M22; M24
- Length: 0.0790 to 2.83
- Installation Method: Threaded Hole
- Hole: Straight
from Yardley Inserts
Hex shape provides torque and pull-out resistance [See More]
- Metric: M3.5
- Base Materials: Plastic; Thermoset, Glass-filled Plastic
- Installation Method: Molded-In
- Internal Thread Size: M3.5 x 0.6
from Tri-Star Industries, Inc.
Our MB Series threaded insert is designed to be molded into the plastic component during the molding cycle. Typically, the insert is placed on a core pin in the mold during the molding cycle. The insert is designed with aggressive knurling and undercuts to resist rotational and tensile pull loads. [See More]
- Metric: M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic
- Installation Method: Molded-In
- Length: 0.1560 to 0.8900
from Tri-Star Industries, Inc.
Our MC-Series insert is designed to be molded into Plastics, Rubber & Ceramics. The insert is designed with aggressive diamond knurling that provides high resistance to tensile pull and rotational torque loads. It has a closed bottom and a controlled minor diameter which provides for accurate... [See More]
- Metric: M2; M3; M3.5; M4; M5; M6; M8; M10; M12
- Base Materials: Plastic; Rubber; Ceramic
- Installation Method: Molded-In
- Length: 0.1870 to 0.9370
from Tri-Star Industries, Inc.
Some thermoplastics, like polycarbonates and structural foams, are brittle – especially in thin-wall applications. Designed for straight holes using ultrasonic or thermal processes, our chevron threaded inserts for plastic add considerable strength. They are our most popular brass inserts,... [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8; M10
- Base Materials: Plastic; Structural Foam
- Installation Method: Thermal; Ultrasonic
- Internal Thread Size: 1/8 NPT
from Tri-Star Industries, Inc.
Our HC Series headed chevron threaded inserts offer the same benefits as the C Series, plus a flanged head for a greater load-bearing surface in weaker plastics. This headed insert offers a large contact area for electrical connections and greater pull-out strengths for reverse entry applications. [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8; M10
- Base Materials: Plastic; Structural Foam
- Installation Method: Thermal; Ultrasonic
- Length: 0.1570 to 0.5000
from Tri-Star Industries, Inc.
Our MT-Series insert is designed to be molded into Plastics, Rubber & Ceramics. The insert is designed with aggressive diamond knurling that provides high resistance to tensile pull and rotational torque loads. It also has a controlled minor diameter which provides for accurate positioning on... [See More]
- Metric: M2; M3; M3.5; M4; M5; M6; M8; M10; M12
- Base Materials: Plastic; Rubber; Ceramic
- Installation Method: Molded-In
- Length: 0.1560 to 0.8750
from Tri-Star Industries, Inc.
P & HP Series press-in threaded inserts for plastics provide adequate holding strengths without the use of ultrasonic or heat equipment. These straight-hole threaded inserts are most commonly used in thermoset or other hard plastics. The pilot end provides for fast alignment. The insert is... [See More]
- Metric: M2; M3; M3.5; M4; M5; M6; M8
- Base Materials: Plastic
- Installation Method: Pressed-In
- Length: 0.1570 to 0.3640
from Tri-Star Industries, Inc.
Say goodbye to expensive part orientation high-volume feeding mechanisms. Our symmetrical threaded inserts for plastic can be installed either end first for faster installation (using ultrasonic or thermal equipment) and lower costs. By decreasing outward hoop stress, symmetrical threaded inserts... [See More]
- Metric: M2; M2.5; M3; M3.5; M4; M5; M6; M8; M10
- Base Materials: Plastic
- Installation Method: Thermal; Ultrasonic
- Length: 0.1150 to 0.5000
from Tri-Star Industries, Inc.
H Series tapered threaded inserts for plastics outperform all competitive inserts for ultrasonic and thermal installation into thermoplastic or structural foam. Our customers confirm it. We ’ve eliminated the outward stress that occurs with other insert designs during the installation process. [See More]
- Metric: M1.6; M2; M2.5; M3; M3.5; M4; M5; M6; M8; M10
- Base Materials: Plastic; Structural Foam
- Installation Method: Thermal; Ultrasonic
- Length: 0.1880 to 0.6250