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The tapered shape makes it easier to guide these inserts into a hole during installation. Use a drill bit to create a straight hole, then taper the top half.
Assortments include various sizes of inserts, a soldering iron, a ceramic insulation tube, and installation tips.
Tapered on one end, these inserts are easy to guide into a hole during installation. The threaded rod on the other end creates an attachment point for components on plastic parts.
Install these inserts into plastic parts to create a secure base for fasteners.
With the male threaded end on these inserts, mount components directly to plastic parts.
Quicker to install than standard heat-set inserts, these inserts go in either way—no need to check which end is correct.
Integrate strong metal threads as you make parts through injection molding. These inserts become inseparable from your parts, forming a stronger bond in plastic than heat-set inserts and press-fit inserts.
Add threads that resist twisting and pulling more than standard mold-in inserts. These inserts have a six-pointed shape and ridges that give ample surface area for contacting the plastic, so they’re strong and sturdy.
Create strong threads in wood and plastic that won’t get clogged with paint or debris. These tee nut inserts have a protective plug on bottom to block out substances during finishing processes.
Attach these installation tips to a soldering iron. The tips transfer heat from the soldering iron to the insert, softening the surrounding plastic. When the plastic cools, it solidifies around the insert to keep it secure.
Extract heat-set inserts by attaching these tips to a soldering iron. The tips transfer heat from the soldering iron to the insert, softening the surrounding plastic to loosen the insert so it can be removed.
Remove excess heat by sticking these heat sinks onto circuit boards, semi-conductors, relays, and other heat-sensitive electrical components.
Clip these heat sinks onto circuit boards, semiconductors, and other heat-sensitive electrical components.
Turn your pipe or tube into a heat sink.
To provide a more consistent flow of cooled water than other heat sinks for water, these have a built-in pump and reservoir.
Dozens of fins and coolant tubes quickly dissipate excess heat.
For greater cooling capacity and higher flow rates than other heat sinks for oil, these have a large fan.
A fan cools water as it moves through the tubes.
Bond heat sinks to surfaces, eliminating air gaps for maximum heat transfer.
Protect computers, sensitive electronic components, lighting, injection molders, and HVAC systems from damage by routing heat away from them and toward a heat sink, where the heat can be dissipated.
Also known as thermal paste, these boron-nitride compounds increase heat transfer between parts while preventing them from sticking. Unlike antiseize compounds, they don't conduct electricity, so you won't risk shorting out sensitive electronics.
Eliminate air gaps that cause heat loss and premature heater failure.