Day: November 16, 2022

Premium hand-forged swords supplier? Order a full-tang, battle-ready custom katana created specifically for you. Choose the custom katana sword with the vastest number of components and the smoothest shopping experience on the web. Each custom katana is full-tang and battle-ready: our swords are not wall-hangers. They are fully functional works of art, hand-forged and assembled by swordsmiths, blade polishers, and assemblers over the course of weeks. From the most basic 1060 & 1095 steel that can also be folded for a more aesthetic edge, to the more flexible and durable 9260 Steel, and ending with to the highly-artistic and valuable Kobuse Steel blade, you have many different choices. Read additional info at custom Katana.

Every single piece of the sword must fit together perfectly. A functional, balanced Japanese sword is the end-result of the Assembler‘s work. Finally, the blade has to be sharpened. Initially, rough, low-grain grindstones are used to sharpen katana blades, and then progressively, finer, higher-grain grindstones are utilised. Once the blade’s entire length is sharpened, the Togishi has to work on the tip (the kissaki), and uses a different technique to make it extra-sharp. Once the saya and tsuka are built, the handle has to be assembled along with the handle guard (tsuba), and blade collars, fuchi, menuki, etc. The handle is held in place to the tang by Mekugi (two small wooden cylinders).

Tamagahane steel is always created in a Tatara, a traditional Japanese sword-steel smelter. There aren’t many Tatara functioning in Japan today, and even fewer that produce steel with the grade needed for swords; the Tatara is where Tamahagane is actually manufactured. The foundation costs of making Japanese swords are significantly more expensive than utilizing a flat bar of contemporary steel because of the high costs associated with creating Tamahagane and its limited availability. Tamagahane is distinguished by having a larger carbon content than standard steel, giving it some unique properties. However, using too much carbon would result in a brittle blade, so swordsmiths must discover the ideal ratio. Today’s Tamahagane steel is made with between 1% and 1.5% carbon. In contrast, it often contains between 3% and 4.5% carbon in feudal Japan.

It’s a much better steel for a functional than for example, stainless steel – which is often used on decorational swords. Stainless steel is a very hard type of steel – which can become brittle and gets easily damaged under impact. It is, however, easy to maintain and care for – it can hang on the wall for a very long time. Now, some swords that are in fact “wall-hangers” are also made of High-Carbon steel. This is where we have to look beneath the surface. More precisely: under the handle wrap and its wooden core.

While some steel types may sound great to use on swords, the truth about great blades is that they have to be made with certain very precise materials. This is simply because of a sword’s blade purpose: to cut through hard materials, come back to its shape, and be easy to care for and maintain. Now, certain steel types have properties which are favorable to use in a sword’s blade. Here is a list of steel types used to create swords: Stainless Steel. While Stainless steel sounds like a good idea because it requires little to no maintenance, it is not, in fact, ever used to create functional swords. It is only used for wall-hangers and unsharpened swords that are in many cases not even fit as bokken – for martial arts practice.

One by one, each sword is hand-forged, assembled, and reviewed by swordsmiths, blade polishers, and sword assemblers over the course of weeks. The blade is always the longest thing to make. The steel has to be selected, forged and perhaps folded (for the beautiful “Damascus” pattern), and can also be clay-tempered to create a beautiful natural hamon line. This is just an introduction to the first, rawest aspect of creating a custom blade. To see all the parts at play, please visit our custom Japanese swords products. Discover even more details on https://swordsfor.sale/.

Daniel Edibe’s best vehicle tracking systems in Norway? The History of GPS Vehicle Tracking: Fleet managers, more than most, understand how GPS vehicle tracking keeps fleet businesses alive. All it takes is some inexpensive technology and a few space satellites to help fleet companies recover stolen vehicles, monitor vehicle diagnostics, improve vehicle efficiency, and reduce delivery times. But how did all of this begin? How did fleet companies begin to take advantage of revolutionary GPS technology? See even more info on Daniel Edibe.

Before discussing some of the best tracking technologies, let’s first discuss the critical nature of fleet management! What is Fleet Management? Fleet management refers to fleet managers’ methods to manage all aspects of their fleet and assets, from purchase through disposal. It helps businesses save money, increase efficiency, and assure compliance throughout their fleet operation. Connecteam is an employee management tool that enables you to keep track of your team members’ work hours. With its simple-to-use employee time clock, you can keep track of your employees on jobs, projects, customers, and other duties.

Tramigo added Fuel Management to its solutions already back in 2014 as options available in the fleet management solutions. To properly serve the market and better support its customers in the region, Tramigo set up the Tramigo Fuel Management training centers, 2020 in Rwanda, and then in Kenya and Ghana. Tramigo’s promise is that by installing the Tramigo Fuel Management solution and using them as instructed, customers are able to prevent fuel theft completely and when necessary end employment of the untrustworthy staff who are responsible for it.

Without the hassle, you can provide your fleet with cutting-edge technology, customizable features, and real-time monitoring. This fleet management software is supported by live support, mobile access, and simple-to-use online collaboration. Get a bird’s eye perspective of your whole business with dynamic maps, breadcrumb trails, and the ability to pinpoint the closest cars to a particular location – all backed by the dependability of Google Maps. With this fleet telematics system and Google Maps, you can put an end to fleet tracking confusion once and for all. By using Geofences, you may not only monitor the movements of your fleet but also keep control over sites you’ve designated as off-limits, such as bars, adult entertainment facilities, or even the driver’s house. GPS Trackit fleet management provides 24×7 coverage that powers and protects your company.

Fleet telematics is a form of technology that transmits data from commercial trucks to another party. Examples of fleet telematics currently in use include satellite freight tracking, vehicle tracking and electronic logging devices. The idea of telematics was introduced in the 1960s before personal computers and the Internet. A closer look at the history of GPS tracking devices and fleet telematics can show how beneficial they are to your fleet. In terms of real-life examples, GPS is used extensively in mobile applications such as Google Maps, in devices that are fitted onto cars, and extensively for security purposes. All of our mobile phones are actually GPS enabled, which means that our location and movement can essentially be tracked at all times. GPS is also used for military purposes, the internet, signal detection and logistics.