NM500 bend radius vs a 36 steel plate
Bend radius is a common measure used to compare the versatility of stainless steels and other metals. Bend radius is defined as the minimum amount of radius inside of a given angle for a metal to successfully bend without breaking or fracturing. When selecting a metal for a particular application, understanding the bend radius requirements are an important factor in determining the most cost effective, versatile, and strong choice for the job.
When it comes to comparing the bend radius of 36 steel plate and NM500 steel plate, there exists a marked difference in performance. 36 steel plate typically offers a standard bend radius of 1T, meaning the radius is calculated by multiplying the thickness of the material by 1. Therefore, when using 1 inch thick steel plate, the bend radius becomes 1” (1 inch x 1 transformation = 1 inch). NM500 on the other hand, delivers a bend radius of 4T, meaning the material can be bent at a minimum radius of 4 inches, when using 1” thick material. Clearly, NM500 has the considerable advantage over 36 steel plate with regard to bend radius.
In addition to the bend radius benefits of NM500, there are also unique attributes that make it particularly suited to certain applications such as oil and gas, mining, and construction projects. NM500 offers tremendous resistance to wear, excellent ductility and weldability, and superior tensile strength up to 1820 N/mm2. It is considerably harder to work with than 36 steel plate, but its ultimate strength makes it the ideal choice for high load applications.
Given the drastically increased bend radius and the extra strength of NM500 steel plate, it’s clear that this is the superior choice for certain applications where bending and resilient are a must. Not only does it offer additional flexibility in terms of fabrication, but it also stands up to even the most strenuous of projects. So, if bend radius is an important factor in your application, consider the advantages offered by NM500 steel plate.
