What are YOU making? Let us know! - Speedy Metals News
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In this issue: A Ham Radio tower; e-waste recycling; Awesome customer projects; plus the latest from the Fire Sale
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Home | Steel | Aluminum | Blog | Fire Sale
August 1, 2020. Issue #608.
CONTENTS
BLOG
What will YOU make?
We always love to see our customers' projects! Got one you'd like to share? Send us an email at newsletter@speedymetals.com
Brass Hinged Rings Check out these hinged-rings that Sue Swihart made from brass tubing! Read more...
Ultra Lite Airplane The 122nd Bombsquad Vets Group at Jackson Barracks Military Museum built an Ultra Lite airplane for the Starbase School for 5th graders on the base. Read more...
FIRE SALE
FIRE SALE...
1/2" x 1" 6061 Aluminum Flat, 36" Long. On Sale for $12.77.
1/4" x 1" 1018 CR Flat, 36" Long. On Sale for $12.60.
2-1/2" Round 316 Stainless Steel, 7.25" Long. On Sale for $88.80.
CUSTOMER SPOTLIGHT
CUSTOMER SPOTLIGHT... This month we're featuring Steve, who used the metal he bought to build this Ham Radio roof tower:
He says:**"At the top is a trust bearing which is nothing more than ball bearings on their side in a circle.
Next level down is for a rotator to turn a mast with directional antennas above the thrust bearing.
Next level down is just support.
Next level down is a step for when I am on the roof and need to climb the tower."**
Want to see your work featured here? Send us an email at newsletter@speedymetals.com. You can also check out other great customer projects on our blog or on our Facebook page.
TESTIMONIALS
WHAT YOU'RE SAYING... "I have been ordering from you folks for the past few months and with my last order (which) just arrived today. You live up to your name. My order was processed and shipped so quickly I had to read the email twice."
-Chuck
DID YOU KNOW?
DID YOU KNOW...? ...that e-waste can be transformed into a strong, protective coating for metals?
Researchers have discovered a way to convert old printed circuit boards and monitor components into a new protective coating for metals like steel. Here's how it works: "[T]he researchers first heated glass and plastic powder from old computer monitors to 2,732 F, generating silicon carbide nanowires. They then combined the nanowires with ground-up circuit boards, put the mix on a steel substrate then heated it up again [...] melting the copper to form a silicon-carbide enriched hybrid layer atop the steel." This increased the steel's hardness by 125%! Learn more in the full article
SHOPPING LINKS
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FOOTER
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