The Low cost alternative to solid or cast metal letters, widely used on reception and honor walls, waiting rooms, break rooms and conference rooms. REAL METAL!
Vacuum formed plastic letters are a good choice for outside signage where low cost and high visibility with lots of depth are the desired requirements. These letters come in a variety of standard colors in a wide variety of standard styles with sizes up to 48", many with lowercase letters. Depending on letter or number size, the depths of Vacuum Formed Plastic Letters can go from 3/8" all the way to 2".
The Look & Feel of Cast Metal Smooth returns, razor-sharp edges and unblemished letter faces give Injection Molded letters the look and feel of cast metal in a plastic product. These letters are extremely durable and will stand up to the scrutiny of indoor applications or the rigors of the outdoors..
Highest quality, hand-finished cast aluminum and bronze letters from metal foundries with all-electric, pollution-free furnaces. Custom fonts and logos are economic in cast bronze or aluminum, with a variety of finish options, including polished, oxidized and anodized, all made in the USA, produced and shipped in typically 8 to 10 production days..
Acrylic cut letters are the low cost, all weather workhorse of sign lettering. Acrylic, also known as "Plex" comes in many pigmented colors which because of their super glossy appearance can look too much like plastic. Acrylic letters and numbers are excellent for painting and also come in different paint sheens like semi gloss, satin and matte.
Fabricated Stainless Steel Channel Letters provide crisp returns that are both modern looking and able to project a message of stability for your branding. Fabricated Steel Channel Letters are handcrafted from 304 Stainless, 316 Marine Grade Stainless and Stainless Steel with Titanium coatings with Brass, bronze and copper finishes
Cut Aluminum is offered in sizes from from 1" and up to 1" thick. Aluminum can come satin brushed, Polished, Painted or Anodized. Anodizing is a chemical process that hardens the micro thin top layer of the aluminum to leave it impervious to weather and the effects of oxidation.
