Which Marking Medium is Ideal for Your Schematic Plates?

Schematic PlatesWhen your company needs schematic plates, you will have to decide on a number of things before these can be made. Whether these are for products that your company manufactures, or these are for use in your facility, it is important for you to choose the right material and marking method for these. This is to ensure that not only do these last a long time, but also carry accurate and easy-to-read details on them.

The marking method you choose should be ideal not only for the material that you are using, but also for the diagram that you need to add to the metal plate. You will also need to make sure that not only do these diagrams come out clear and crisp, but these will survive whatever conditions these are exposed to. Some of the conditions such schematics may find themselves being subjected to include harsh chemicals, grease, dirt, inclement weather, and heat.

For these plates to be useful, the markings on them need to last for as long as the equipment these are on are being used. In other words, these schematics need to last as long as what it is being used for. This means you need to choose not only materials that can withstand these many tough conditions, but also a marking method that can withstand all of these as well.

Most people who order schematic plates for their business usually go for tougher metals in thicker forms. Stainless steel is one such metal that is chosen a lot for this purpose, and primarily because these are not only very durable, but are also tarnish proof and corrosion resistant. There are stainless steel types that are also non-magnetic, so this is also another reason why such metals are chosen for this purpose.

As for the marking methods, the most durable options that people pick from include etching and engraving. These two methods create grooves that not only last longer than plain printing or silkscreening, but also make these rather difficult to deface or alter once the design is on the metal plate. These two methods also allow for highly detailed diagrams, which is what most people need when it comes to these schematic plates.

If you do not want grooves and crevices to be on your schematics, you can opt for anodized aluminum and photosensitizing. This is another very durable marking medium, and is usually made using anodized aluminum. Since the image or the diagram is made underneath an anodized layer, this will also last longer than other marking mediums.

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