• Specifically designed for use on PCBs and electronic components, The PCB labels can withstand harsh environments such as high heat, aggressive fluxes, and caustic cleaners commonly used in the PCB manufacturing process. Materials are intended for top-side, bottom-side, or after-process identification.
  • 0.375" x 0.375" Polyimide label is high temperature insulating material that is widely used in the electrical and electronic industry for thermal and electrical insulation applications. It withstands high temperatures up to 350°C. And it has no tendency to curl, crease, wrinkle, shrink, turn yellow or burn at high temperatures.
  • Heat resistant labels are designed for tracking of PCBs through the entire production cycle. The labels have a permanent adhesive that will resist high heat conditions and stringent conditions associated with soldering, such as flux and cleaning alcohols. They are ideal for thermal transfer labeling in electronics, circuit boards, and aerospace industries.
  • Ruilabels die cut polyimide material down to dimensions of 3×3 mm to serve as data matrix labels. The labels are used to assist QA operators during the identification and tracking process.
  • Electronic components in general and printed circuit boards (PCB) in particular are widely identified using very small labels. Spaces to apply labels are limited on PCB, so low tolerance labeling systems are required. Ruilabels can supplylabels as small as 4×4mm.
  • 5×5mm Data Matrix Labels, High resolution printed QR and Datamatrix code with serial numbers, Resistant to extremely temperature, Can endure harsh environments in PCBs production, including reflow, wave soldering.
  • Ruilabels supply 6×6mm printed polyimide labels that are specially formulated for high-temperature solutions with excellent heat resistant qualities that do not degrade under harsh conditions. The labels resist peak temperatures of over 300°C, and constant temperatures of 280°C. They are ideal for automotive and aerospace industries, and for electronics identification.
  • 6×6mm QR Labels for tracking and traceability of PCBs in the electronic production processes are very important. It is essential that your PCB is fully tracked from end-to-end so that you can be certain that each one has completed the full manufacture cycle. Our these labels can withstand wave solder environments and multiple harsh washes for printed circuit board and electronic component preprocess labeling.
  • Ruilisibo's high quality QR printed labels can withstand high temperatures and are resistant to the most commonly used chemicals in PCB manufacturing. We provide you with the right label for your work environment, whether you need standard size blank labels or custom preprinted labels.
  • 8*8 PCB Labels, this labels are designed to be easily peeled off the liner and presented by a label feeder. The labels are supplied one across on narrow widths so that they can be fitted to a label feeder within the SMT placement machine and simply placed like any other component – fully automating the label placement on the PCB.
  • Our heat resistant labels are used for identification of high-heat items like circuit boards and related electronic components, where a soldering flux or wave soldering process is used or if the product will be exposed to a chemical cleaning cycle. Backed with a pressure-sensitive acrylic adhesive, these labels have excellent barcode readability after chemical and high-temp exposure.
  • Auto-Apply Labelling can be supplied in a large range of sizes, materials, and formats to suit all label feeders, label applicators and labelling cells.
  • These Auto-Apply Labels are designed to be used with the label feeder for automatic SMT labelling. These labels withstand multiple harsh-condition wash cycles without degrading or loss of legibility.
  • This automatic labeling label is used for the SMT surface mount manufacturing process of PCB circuit boards. It is a special label for PCB identification (the normal application is temperature resistance of 260 ° C for 6 minutes). No blistering, no warping, no glue falling, no yellowing, and it is not easy to be corroded by various chemicals in the flux. It can also be used in electronics, electrical, automotive, aviation and other environments that have higher temperature requirements for materials.
  • Excellent temperature resistance, up to 350℃ high temperature resistance; Easy to peel, automatic labeling without paper jam; Chemical resistance, resistance to flux, melting agent, cleaning agent; Ultra-fine printing, no residual glue; Good coating treatment and weather resistance, no delamination, deformation and yellowing after passing through the furnace.
  • These custom PCB labels can withstand many rigorous manufacturing processes — soldering, galvanization, cleaning, and other high-temperature processes, and message clarity and readility after the process.
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