1055 Steel

1055 Steel – 1055 Carbon Steel Guide

1055 Carbon Steel is a favorite choice if choosing for 1055 Katana. Among the carbon based steels this remains a favorite because of its durability and toughness. This is the perfect solution for heavy handed enthusiasts. It is the rare combination of carbon and manganese that prepares 1055 Carbon Steel Katana for adequate shock and low wear resistant. This steel is drop forged which means during the process of hammering it assumes different shapes of completed materials.1055 steel is given this name because it contains carbon content ranging from 0.50 to 0.56%. The strength and edge retention capabilities of 1055 Carbon Steel makes it the ideal choice for applications that call for impact resistant and strength. Even if 1055 Steel seats between medium to high carbon content it does not suffer from the same brittleness found in materials containing higher carbon content. Another plus is that it does not cost a lot to manufacture 1055 Carbon Steel Katana. Therefore this is a perfect choice for those on a budget. Selecting the best steel for a sword is question of durability and edge retention. However, being offered at a budget friendly price would be a big plus.

Perfect Choice for Machete

This steel is right on the border between medium and high carbon steel containing from 0.50 to 0.60% carbon and between 0.60 to 0.90% manganese. This combination makes this one of the toughest steels available. When quenched it produces strength that avoids the brittleness of higher carbon materials. When it comes to legendary blade toughness this is the right material to bring that out in a blade. Even if 1055 Steel is known for being tough and well resistant it has little or no stain resistant. If use as a kitchen knife there is a tendency that it will fall susceptible to discoloration and corrosion from coming in contact with acidic foods. The blades will turn black. In order to prevent rust from setting in, owners must clean this vigorously using stainless steel pads. It is not recommended for welding type use and could wear down quicker than other materials. However, if used for other purposes like as machete, dill bits, nails, saws and woodcutting tools it will work just fine. The process of producing steel begins when it is melted in a furnace. Alloy elements is added and molten steel are poured into molds. Once these molds solidify they are process in a mill to make a usable shape.

Uses for 1055 Carbon Steel

The composition of this steel allows better responses to heat treatment and longer service life. This is high wear resistant. As previously mentioned 1055 steel is ideal for kitchen knives. It is as mentioned a good choice to make machete. Other uses would be as material used for folding edc, swords, axes, knives and shovels. However, it cannot be used for high end balisong knives. It is known for tensile strength and abrasion resistant properties that is capable of producing powerful and long lasting tools. Edge retention properties is suitable for knives used for throwing. Its manganese content keeps off the brittleness below acceptable levels. One of the favorite uses for 1055 Steel is to produce Katana. This is because Katana is known for edge retention and durability. Suffice to say that this blade meets all the requirements of budget conscious individuals who wants qualities that meet its potential owner half way.

Advice from the Experts

Carbon steels like this steel type contains enough carbon as the major alloy element. It also contains sufficient amounts of manganese and silicon. It also contains residual elements that gives this steel its strength. When seeking functional blades that will last and can put up with a lot of wear and tear, 1055 is the best choice among steel types. Overall from a buyer and users’ point of view its production value and application can be maximized. As evidence, a lot of companies who manufacture machete uses this steel type. 1055 retains enough carbon to make machete tough but, it does not make it brittle. Impact resistant is its main properties so it is use heavily on blades and knives. Some of its residual elements includes the following:
• Copper
• Aluminium
• Molybdenum
• Chromium
• Nickel