Mill-Max Mfg. Corp.

New SMT Discs Machined from Brass
Cleaning Products & Equipment

New SMT Discs Machined from Brass

Includes 1593, 1618, 1625 and 1656-X SMT discs with diameters of 0.093", 0.118”, 0.125” and 0.156" respectively. Comes standard with a 10 u" hard gold finish with a nickel under-plate. Ideal for surface mount soldering and as the conductive mating surface for spring-loaded pins and connectors as well as test probes.

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New Spring-Loaded Connectors Eliminate Stray Currents from Damaging Devices
Construction Equipment and Supplies

New Spring-Loaded Connectors Eliminate Stray Currents from Damaging Devices

First Mate/Last Break connectors feature spring pins with precision-machined external components and high reliability internal springs. Connector housings are molded from high-temperature thermoplastic and suitable for most soldering processes. Support applications where electrical signals must be made and broken in sequence rather than all at once, such as in hot swapping or hot plugging.

Read More »
New SMT Discs Machined from Brass
Cleaning Products & Equipment

New SMT Discs Machined from Brass

Includes 1593, 1618, 1625 and 1656-X SMT discs with diameters of 0.093", 0.118”, 0.125” and 0.156" respectively. Comes standard with a 10 u" hard gold finish with a nickel under-plate. Ideal for surface mount soldering and as the conductive mating surface for spring-loaded pins and connectors as well as test probes.

Read More »
New Spring-Loaded Connectors Eliminate Stray Currents from Damaging Devices
Construction Equipment and Supplies

New Spring-Loaded Connectors Eliminate Stray Currents from Damaging Devices

First Mate/Last Break connectors feature spring pins with precision-machined external components and high reliability internal springs. Connector housings are molded from high-temperature thermoplastic and suitable for most soldering processes. Support applications where electrical signals must be made and broken in sequence rather than all at once, such as in hot swapping or hot plugging.

Read More »

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