Here at Impact Signs we offer a wide range of engraved and printed metal nameplates and plaques, but with so many different options, how do you know which to choose? In this guide, we will explore different aspects of nameplates, including the materials used, manufacturing processes, content options, fixing methods, and their diverse applications.<\/p>\n
Nameplates, or plaques<\/a> as they are sometimes known, are a type of label or sign made of metal that displays information about the object it\u2019s attached to. Versatile and durable, they can be used in a wide range of industries and for a variety of purposes. They are known for their high quality and the ability to incorporate various designs and information. This may include the name of the object but also the manufacturer, model, serial number, and any instructions or warnings related to its use.<\/p>\n They are often used in industrial settings because they\u2019re durable and resistant to various environmental conditions such as heat, cold, moisture, and chemicals. They are commonly used on machinery, equipment, vehicles, buildings, or anywhere a permanent or semi-permanent label is needed.<\/p>\n These nameplates, made from various types of metal, typically feature engraved, embossed, etched, or printed information on the surface, often filled with colour for improved visibility.<\/p>\n Overall, these identifiers serve both functional and aesthetic purposes. They provide important information, contribute to branding, and sometimes even to the look and style of the product or object.<\/p>\n Metal nameplates can be crafted from various materials, each offering unique properties and aesthetic appeal. Stainless steel, with either dull (brushed) or polished (mirror) finish, is a popular choice for industrial and commercial applications. Anodised aluminium, sometimes referred to as SAA, is used for its lightweight nature and versatility.<\/p>\n Additionally, metals such as brass can be utilised to create distinctive nameplates with their warm tones and timeless appeal. Solid brass nameplates, for example, are favoured for their classic appearance and cost-effectiveness compared to other metals.<\/p>\n When it comes to manufacturing nameplates, there are several processes available, depending on the desired finish and requirements. Some of the common methods include:<\/p>\n They can then be precision laser cut to size using camera registration, ensuring a clean, burr-free, and accurate finish on each plate. They are then prepared for attachment, which can involve the addition of adhesive backing, holes for screws or rivets, or other mechanisms.<\/p>\n Depending on the size, metal nameplates can offer ample space for incorporating various information and features, depending on your needs. Some common uses include:<\/p>\n Data plates are a specific type of product nameplate, designed to inform rather than solely identify. These may contain more detailed product information, such as:<\/p>\n When it comes to fixing the finished article to its chosen location, it can depend on the specific context, but there are various options available:<\/p>\n For a more permanent attachment, especially on rough surfaces or outdoors, you might screw or rivet the nameplate in place. This will require holes in the nameplate that align with the holes in the surface you\u2019re attaching it to. Here at Impact Signs, nameplates can be manufactured with pre-drilled fixing holes.<\/p>\n The size and location of these holes can be specified according to your requirements. Additionally, upon request, we can provide nameplates with countersunk holes or other bespoke types of fixings. Our finishing department is equipped to tackle most customisation requests.<\/p>\n Alternatively, nameplates can be affixed using adhesive backing, also known as VHB (very high bond) which can be as secure as screws in the right environment. As an example, a lot of the large roadside signs are stuck on with VHB.<\/p>\n The main considerations are preparation of surface, heat and chemicals \u2013 this needs to be confirmed in order to provide the correct backing. As some products cannot be drilled, adhesive can be a great option. The best adhesive for your specific application and surface can be recommended by our team.<\/p>\n In some cases, such as with metal machinery or equipment, the nameplate might be welded or soldered in place. This is a permanent method of attachment and should only be done by someone with the appropriate skills and safety equipment.<\/p>\n In some instances, a metal nameplate can be placed into a bracket or holder that is attached to the object. This allows for the nameplate to be easily changed if needed.<\/p>\n Short chains with connectors are often used for items such as pipe valve tags. This can be another secure option depending on location and needs.<\/p>\n Nameplates find applications across a wide range of industries, including but not limited to:<\/p>\n Metal nameplates offer a versatile and durable solution for identification needs across various industries. With their wide range of materials, manufacturing processes, and customisation options, these nameplates can be tailored to suit specific requirements. Whether it\u2019s digital printing on aluminium or incorporating QR codes, they offer an effective means of displaying important information.<\/p>\n Additionally, utilising chemical etching for brass or stainless steel designs adds a touch of elegance to any application.<\/p>\n We hope you\u2019ve enjoyed our blog \u2013 for more information about how Impact Signs can help create the perfect bespoke metal nameplates for your needs, contact us<\/a> now.<\/p>\n","protected":false},"excerpt":{"rendered":" Here at Impact Signs we offer a wide range of engraved and printed metal nameplates and plaques, but with so many different options, how do you know which to choose? In this guide, we will explore different aspects of nameplates, including the materials used, manufacturing processes, content options, fixing methods, and their diverse applications. Continue reading Different types of materials (stainless steel or brass)<\/strong><\/h3>\n
Manufacturing processes<\/strong><\/h3>\n
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What can be included on a nameplate?<\/strong><\/h3>\n
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Fixing metal nameplates and plaques in position<\/strong><\/h3>\n
Screws or rivets<\/strong><\/h4>\n
Adhesive<\/strong><\/h4>\n
Welding or soldering<\/strong><\/h4>\n
Bracket or holder<\/strong><\/h4>\n
Chains<\/strong><\/h4>\n
Where metal nameplates are used<\/strong><\/h3>\n
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In summary<\/strong><\/h3>\n