When identification matters – whether for mission-critical compliance, asset traceability, or premium branding – Nameplate & Panel Technology’s custom metal nameplates deliver where standard labels fail. While printed or etched labels can degrade under stress, our Metalphoto® photosensitive 1100 anodized aluminum is engineered to remain readable for 20+ years in the harshest environments on Earth. From sub-zero aerospace applications to high-heat industrial machinery, we provide the permanent clarity your equipment deserves.
Nameplate & Panel Technology is a member of the Metalphoto Elite Network. This seal confirms our status as a “Best Source” supplier, trained to deliver high-resolution, regulatory-compliant solutions with a 20+ year lifespan.
The Nameplate & Panel Technology team helps you select the right materials, adhesives, and layouts to ensure your metal nameplates, tags, & serial plates stay put, stay legible, and stay compliant for decades. From concept to delivery, we’re your trusted partner in metal nameplates & serial plates.
Metalphoto® isn’t just a surface print; it’s a photographic technology, Unlike screen printing or engraving, your graphics are embedded inside the sapphire-hardened anodic layer of the aluminum.
Because Metalphoto is resistant to many conditions commonly found in outdoor environments that would erode most identification products printed on other materials, Metalphoto is the perfect material for any nameplates, tags, and serial plates that need to stand up to harsh outdoor environments or any project where permanent identification that will remain for the life of the product is crucial. See Metalphoto’s durability characteristics below:
Silver on Black .032 Metalphoto Plate
Black on Silver .032 Metalphoto Plate
Simple Black on Silver Metalphoto
Metalphoto Plate with Bar & QR Codes
Deep-Etched Black-Filled Black
Silver on Black Metalphoto
Larger Format Text Only Serial Plate
Silver on Black Smaller Format Metalphoto
Because we eliminate the time-consuming “mask and etch” or “stamping” steps, NPTEC can often move from design approval to shipping in 3–7 business days. If you are facing a production line shutdown due to missing compliance tags, we offer expedited “Fast-Track” prototyping to get your equipment back in the field immediately.
Matte: Best for UID/Barcode tags. The non-reflective surface ensures that scanners can read 2D Data Matrix codes without interference from glare.
Satin: The most common choice for OEM branding and control panels. It offers a premium, semi-reflective look that hides fingerprints well.
Gloss/Brushed: Ideal for high-visibility decorative branding or recognition plaques where aesthetics are the primary goal.
For heavy industrial buildup, use a soft cloth with Isopropyl Alcohol (IPA) or a mild detergent. Because the image is under the surface, you can use a pressure washer to blast away mud and oil without fear of “washing off” the serial numbers or logos. Avoid
No. Metalphoto® is a silver-halide based technology (similar to traditional photography) that is physically sealed inside the aluminum. It has been tested by NASA and the U.S. Navy to survive 20–30 years of direct UV exposure without any perceptible loss of legibility. If you need a plate that will be the last thing standing on your equipment, Metalphoto is the answer.
Yes. Military, naval, and aerospace blueprints frequently call out 1100 series anodized aluminum (commonly 1100-H19 temper) rather than specific brand names. We routinely fabricate directly to defense drawing callouts citing MIL-DTL-15024 (Type H), MIL-A-8625, and GG-P-455B. The 1100 alloy’s high purity (>99% aluminum) provides the ideal crystalline foundation for photosensitive anodizing, ensuring the required sapphire-hard anodic layer fully encapsulates your part numbers, schematics, and cage codes within the metal itself.
Our Metalphoto® (1100 anodized aluminum) plates are engineered to meet and exceed the most rigorous industry standards, including:
Metalphoto® is rated for a continuous operating temperature of 650°F (343°C). For extreme heat applications, we utilize an image intensification process that increases heat resistance up to 1,000°F (537°C). Unlike polyester or polycarbonate labels, it image will not melt, charcoal, or delaminate because it is part of the metal’s crystalline structure.
When properly attached, Metalphoto provides excellent corrosion resistance even on dissimilar metals. To prevent galvanic reactions in marine or high-moisture environments, we recommend using a high-bond 3M™ industrial adhesive to create a physical barrier between the metals or using non-conductive spacers with mechanical fasteners.
1100 anodized aluminum is flight-grade and fully qualified for demanding aviation and space environments:
Aerospace Fluids: The sealed inorganic anodic surface is virtually immune to Skydrol®, JP-8/Jet-A fuels, synthetic lubricants, and de-icing chemicals.
Vacuum & Space Outgassing: It meets NASA SP-R-0022A / ASTM E595 low-outgassing standards, making it safe for space payloads, satellites, and cleanroom vacuum optics.
Thermal Extremes: It operates continuously from cryogenic temperatures up to 650°F (343°C)—or up to 1,000°F (537°C) with image intensification—without blistering, peeling, or charring like polymer labels.
Our plates are immune to a wide array of industrial solvents and fluids. Testing shows “No Effect” after 24 hour immersion in:
Yes. 1100 anodized aluminum is one of the most widely approved substrates for MIL-STD-130 IUID asset marking across the Department of Defense. Because our process embeds high-density photographic marks directly into the anodic pore structure of the 1100 alloy, we consistently achieve verified Grade A and B 2D Data Matrix barcodes. These marks remain machine-readable for 20+ years, even under the harsh environmental test methods outlined in MIL-STD-810 (including blowing sand, salt fog, and prolonged UV exposure).
To ensure your project meets the highest durability standards, we recommend using the following callout: “Material: .032″ Photosensitive 1100 Anodized Aluminum per MIL-DTL-15024G, Type H. Finish: Matte (non-reflective) for barcode readability.”
You should also specify the mounting method, such as “Adhesive: 3M™ 468MP Transfer Tape” or “Mounting: 4x 0.125” diameter corner holes.”
For standard metal-to-metal bonding, 3M™ 467MP or 468MP is the industry standard. However, if you are mounting to a Low Surface Energy (LSE) substrate like powder-coated cabinets or plastics, we recommend 3M™ 9472LE (300LSE). This high-strength adhesive is specifically designed to “wet out” on difficult surfaces to prevent peeling or delamination.
1100 alloy is commercially pure aluminum, giving it superior ductility, corrosion resistance, and optical clarity after anodizing compared to structural alloys like 5052 or 6061. This high malleability allows thinner-gauge 1100 plates (.003″ to .008″ foil) to be wrapped around hydraulic lines, curved fuselage bulkheads, or cylindrical avionics enclosures without fracturing the anodic surface or compromising the legibility of critical markings.
