The process of making stainless steel strips edges is also called edge conditioning.
We can easily make our desired shape stainless steel edges using this method.
The sharp edges of silted stainless steel strips are very dangerous. Therefore edge conditioning of these strips is very important for safe processing and handling.
Edge conditioning is the process of shaping the metal strip’s edges and smoothing out any burrs or bevelled edges that remain after the slitting operation.
In addition to making the product safer, this also stops corrosion from growing around edge flaws.
This edge conditioning process is done either by machining the material or skiving it, depending on the edge that is needed.
For industries where the bare ends of strips must be handled carefully or come into contact with people, conditioned edges are a decent choice. The requirements for precise stainless steel strip edges are increasing daily in advanced industries.
From this guide. you will learn more about stainless steel strips edges processing details.
Let’s keep reading.
What are the types of stainless steel strips edges?
There are several types of stainless steel edges according to the work application.
For making different types of edges, there are different methods.
We use advanced machines and tools for making precise stainless steel strip edges. Now discuss some common stainless steel strip edges.
The mill edge is defined as the hot-rolled or cold-rolled edges that are organically produced.
These types of edges have the untreated edge with typically slightly irregular contours.
This edge type is produced after slitting and shearing the burr left on edge.
This type of edge requires excellent care while using or handling due to its sharp edges.
Steel edge rolling
This type of edge is created using a technique known as steel coil edging, which involves rolling a steel coil’s edges into the required form and removing the slit burr edge.
The edges of the slit burr are made safe for usage by being rolled and shaped into a strip.
For making this type of edge, we remove the burrs from the edges of the strips after the slitting process.
This type of strip edge is safer than slit edges while working or handling.
This type of stainless steel strip ensures that the edge is uniformly rounded and that the sharpness is eliminated.
Completely Rounded edges are easily accessible in widths up to 150 mm. The round edges are mostly produced by the skiving method.
What is edging/steel edge rolling and deburring of stainless steel strips?
Edging involves shaping a strip’s edge beyond a normal slit edge to the desired shape.
You can shape the edge by edging and eliminating the twist, camber, and coil set.
By machining the material to the right edge, conditioning is accomplished. Conditioned edges are beneficial in fields where sensitive processes come into contact with or handle exposed strip edges.
Sharp edges and flaws along the edge of metal material are eliminated through edging. Cutting and slitting frequently produce these edges and flaws.
Although edge rolling was previously a human process, no equipment can automate the procedure.
The procedure creates a radiuses edge, making the final product safer and more consistent. A uniform product is also considerably simpler to manufacture.
Why do you apply stainless steel strip edging and deburring?
Stainless steel demands careful treatment for all of its purposes and uses.
Stainless steel strips have sharp and uneven edges after being cut or sheared.
These edges can readily cut or scratch operators, and they might be challenging to feed through processing machinery. These problems are effectively resolved by edge rolling and deburring.
A stainless steel strip that has been properly edge-rolled or deburred will keep you safe while handling it.
Proper edging provides an excellent look and enables smoother, more accurate processing. Edge-rolled stainless steel strips stand out from the competition for these reasons.
Your stainless steel strip will be of the highest quality and simpler to work with if you deburr and edge it properly.
In all fields and applications, deburring and edging are essential for producing neat, secure metal edges.
Stainless steel strips that have been deburred and edged are quicker and easier to feed through machinery. Stainless steel edge rolled strips are rerolled to your desired coil size and inner diameter.
A more uniform metal is produced by edging and deburring, improving formability and minimizing edge cracking. Smooth edges provide a more attractive appearance. Customer of stainless steel strip dislikes the rough edges.
In stainless steel banding straps production factories, the round edge 304 stainless steel strips materials are needed for this application.
How to apply edging and deburring on stainless steel strip?
We have desired size strips for edging and deburring the stainless steel strips.
Therefore we start through a technique known as stainless steel slitting; a large master coil of metal is divided into smaller, more precise pieces according to the customer’s requirements.
The large stainless steel strip is fed through a slitter; then, the strands are rewound into a finished coil by the manufacturer.
The machine’s knives do, however, leave a burr on the edge of the slit.
When it comes to welding, a slitting burr can be helpful, but often, sharp edges are more of a problem than a help.
Edge conditioning, commonly referred to as edging or deburring, can help with that. It is necessary to eliminate the burr and remove the sharp edges from the stainless steel strips.
We use rolling and grinding processes by machines for high-quality, precise edging of stainless steel strips.
For edge conditioning we can apply manual deburring methods like punching, brushing and surface finishing with deburring knives, files and polishing tools.
Finally, edge conditioning or deburring is undoubtedly essential for stainless steel strips.
The rough edges are a critical safety risk.
The sharp edges are harmful to both workers and customers while handling.
With edge rolling and deburring, you can improve the efficiency and life of stainless steel strips.