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"MagnaLite Igniters come in kit form and are very easy to make. You can 'mix & dip' dozens of them in just minutes!"

Tired of seeing your rocket motor fail to ignite? Then it's time for Magnelite. Available in kit form. No HazMat fee! Does not require a LEUP to store the left over pyrogen! Make several motor igniters in just minutes.

ML-KIT includes the necessary mixing tools, chemicals, and instructions to make 40 grams of pyrogen. This is enough pyrogen to make an estimated 900 non-folded ML-12 motor igniters at a cost to you of around $0.90 a piece! This highly reliable motor igniter is great for all your motor clustering needs, no more need for thermolite!
Ready for ignition
12 ML-12`s wired to fire simultaneously
Because of the unique mixture, this motor igniter will reliably fire every time even on the most humid of days. Once ignited the pyrogen burns for approximately one second at a temperature around 5,400 degrees Fahrenheit! Maximum amperage requirement for successful ignition is 5 to 6 amps with a minimum amperage requirement of 2.6 amps for 224ms. Each igniter ohms out at 1.0 ohm (+) or (-) 0.2.
All flash quickly
The 12 ML-12`s fire with enough heat
to ignite ANY motor cluster!
Frequently Asked Questions

How long is the shelf life of Magnelite pyrogen once it is mixed?

Several years. In fact you can let the pyrogen completely dry out and reintroduce acetone to it and in about 10 minutes you can start dipping matches again.

Once mixed does the ML-KIT require a low explosives user permit (LEUP)?

Not according to Rocketflight Corporation which manufactures the Magnalite igniters. Rocketflight contacted Bill OBrian with the Public Safety Branch of Explosives (formerly known as the BATF Explosives Division). Bill informed Rocketflight that as long as the customer was using the electric matches for his own use, then no LEUP would be required. However, if the customer were making them for resale they would have to possess a LEUP.

How do I fold the igniter wires before dipping for larger motors?

See the images below...
Single fold example
An example of a single fold
Double fold example
An example of a double fold
Ematches vs. Igniters

The difference between ematches and igniters is that ematches are intended to ignite an easy-to-burn substance quickly, such as the BP used in rocket ejection charges. However, an igniter is intended and constructed to produce a large, hot ball of flame for an extended period (say, 0.5-0.75 seconds) to ignite a rocket motor. Ematches typically will not ignite motors unaided as they do not produce a hot enough flame for long enough, whereas igniters certainly could ignite BP. Another significant difference between them, which is critically important for onboard rocket electronic use, is their current requirements. Igniters typically require much more current than an ematch; the current requirements are usually more than altimeters can provide. Therefore, for onboard altimeters, which need to ignite deployment charges, ematches are needed. For staging timers, which need to ignite motors, igniters are needed. Be sure to always check using the equations shown on our Electronics Page and/or in our FAQ to be sure an ematch or igniter will work with your onboard electronic device.

The Magnelite system is intended for high-current ground-based launch systems. It will not work with a PML Co-Pilot Altimeter or PML AccuFire Staging Timer. The pyrogen itself can be used to augment a low-current ematch for onboard ignition, but only as an augmenting pyrogen; the base ematch still needs to be a low-current one for onboard systems, and that certainly isn`t the Magnelite system.
--- Magnalite Igniters ---
Pyrogen Kit
Lead wires

ML-KIT  $37.95
Magnelite Pyrogen Kit

ML-12  $10.95
Magnelite Igniter Wires, 12"

ML-24  $11.95
Magnelite Igniter Wires, 24"

ML-48  $13.95
Magnelite Igniter Wires, 48"