High Temperature Metal Barcode Nameplates
Features
- Unique coating process that increases temperature range to 1200 °F
- Photographically reproduced black copy, logos and barcodes ensure accurate and reliable reads
- Anodizing process protects black copy, logos and barcodes from chemicals, abrasion and high temperatures
- Description
- Specifications
- Testing Information
- Destructive Testing
- Chemical Testing
- Temperature Testing
- Abrasion Testing
Metalcraft’s High Temperature Metal Barcode Nameplates are ideal for temperatures from 900 °F – 1200 °F. Our High Temperature Metal Barcode Labels are made of anodized aluminum, so they have many of the same benefits that our standard Metal Barcode Tags do – including an image sealed within the anodic layer of the aluminum. This protects it from abrasion, solvents and chemicals. These unique nameplates are an economical alternative to other more expensive high temperature materials such as ceramic and stainless steel.
Potential applications include work-in-process tracking or product identification. Due to the high temperatures this product is exposed to, adhesives are not recommended, rather the nameplates should be produced with holes and attached with mechanical fasteners.
What is the maximum temperature for thermal transfer labels? – Thermal transfer labels can withstand temperatures up to approximately 300°F (149°C) when paired with high-temperature-resistant materials and ribbons.
What stickers can withstand heat? – Heat-resistant stickers made from materials like polyimide, polyester, or aluminum foil can withstand high temperatures, often exceeding 300°F (149°C) or more. These durable stickers are commonly used in industrial, automotive, and electronics applications, where exposure to heat is frequent.
What is high temperature rating for labels? – A high-temperature rating for labels refers to their ability to withstand extreme heat, often ranging from 300°F (149°C) to 600°F (316°C), depending on the material.
Do thermal stickers last? – Thermal stickers can last for several months to years, depending on the type and environmental conditions. Direct thermal stickers are less durable, as they are sensitive to heat, light, and abrasion, while thermal transfer stickers, printed with a ribbon, offer greater longevity and resistance to fading.
Why are thermal labels so expensive? – Thermal labels are often more expensive due to their specialized materials, such as heat-sensitive coatings for direct thermal labels or durable synthetic materials for thermal transfer labels.
| Material | .008" thick matte anodized aluminum is standard. Optional thicknesses include: .012", .020", and .032". |
| Serialization | All alphanumeric barcodes are photo imaged with a human-readable equivalent. Guaranteed no skips in sequence. Code 39 with 2.7 to 9.4 characters per inch (CPI) is standard. Other barcode symbologies including Code 128, I 2 of 5, 2D DataMatrix and QR Code. OCR characters and CPIs also available. |
| Label Copy | The printed nameplate copy is block type only. No stylized type, logos or other designs available. All copy is photo imaged. |
| Colors | Available in black only |
| Sizes | Various sizes available |
| Holes | Various sizes available |
| Packaging | Shipped in "work-out-of" cartons for convenient application. Each carton consists of one or more plastic trays containing 250 sequentially packed nameplates (can vary with metal thickness). Both cartons and trays are clearly marked to indicate serial numbers of contents. |
| Shipment | 20-25 business days |
Destructive Testing Data
| Image intensified | Weatherometer, 20 years equivalent | Reduced overall readability after these thresholds |
Chemical Testing Data
| Chemical | Conditions | Result |
|---|---|---|
| Water/humidity | no effect | |
| Salt spray | 5% at 95 °F, 700 hours | slight dulling of image, affects overall durability |
| Ethyl Alcohol | no effect | |
| Ethyl Acetate | 24 hours | no effect |
| Ferric Chloride | 10%, 16 hours | no effect |
| Heptane | 72 hours | no effect |
| Hydrocarbon Fluid | no effect | |
| JP-4 Fuel | no effect | |
| Kerosene heater | no effect | |
| Methyl Ethyl Keton | no effect | |
| Nitric Acid | 1%, 40 hours | no effect |
| Phosphoric Acid | 1%, 40 hours | no effect |
| Skydrol | no effect | |
| Sodium Hydroxide | affects overall durability | |
| Sulfuric Acid | 10%, 24 hours | no effect |
| Turbine and jet fuel (MIL-L 5161C) | (MIL-L 5161C) | no effect |
| Tetra Sodium Pyrophospate | 1%, 40 hours | no effect |
| Trisodium Phosphate | no effect |
Temperature Testing Data
| Image intensified | 168 hours at 1000 °F; max temp 1200 °F | Reduced overall readability after these thresholds |
Abrasion Testing Data
| Image intensified | Plates brushed for 7,000 cycles with stiff nylon wheel (C-17) at a 1,000 gm (16 ox.) load | Reduced overall readability after these thresholds |