Does the US military use SOG knives?
SOG also contracted with Kinryu Co. Ltd of Seki Japan to manufacture the Recon Bowie and the Scuba Demo until 2007. None of these knives are currently in official use by any branch of the US Military.
Does SOG make good knives?
For those looking for high-quality tactical knives, SOG can be one of the brands for you to look at as they manufacture knives that are actually pretty good in terms of overall steel quality, durability, and aesthetic appeal.
Is spyderco a good brand?
Their knives typically feel great in the hand and are usually tremendously robust and resist wear and tear as much as you can hope for. This is why Spyderco remains a hugely popular favorite of knife collectors and enthusiasts throughout the world.
How does planarized spin on glass ( SOG ) work?
The planarized spin – on glass (SOG) – forms next to the first silicon oxide layer. The high selectivity of etching is crucial to remove the previous etching step and protect the metal from etching. In our work, the suction is applied to a glass layer and the CVD (silicon oxide barrier layer) is slowly etched.
Where do they make the SOG folding knives?
A: SOG manufactures and/or assembles its knives in the USA, Japan and Taiwan. The higher-priced folding knives are usually made in Japan, by G. Sakai in Seki City. Q: How to sharpen a SOG knife? A : If you’re not the DIY type, just take your knife to a local knife shop, they’ll get the job done with zero drama.
Is the SOG Knife good enough for the Navy?
So, if SOG knives are good enough for the Navy Seals, they are good enough for you, right? To give you a little bit of context, SOG is a company with roots in the military since the Vietnam war, and today SOG makes some of the best tactical knives in the industry.
What can spin on glass be used for?
Spin on glass can satisfy new applications and their needs and can form compounds that differ in their chemical composition and properties. The substituents have a high binding energy to silica and dissolve when the spun glass layer is exposed to high temperatures during curing. [Sources: 3, 5]