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High temperature kapton label is made of printed ink, polyimide film,coated with acrylic adhesive and paper or film release linner. Typical uses include tracking metal products, use in ovens for food items, products through an autoclave process, ceramics and sanitary ware. All can be pre-printed with a logo and text and can be overprinted with variable information such as serial numbers, batch codes or barcodes.
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Heat-resistant polyimide label is degined for use in high-heat items like circuit boards and related electronic components. The labels resist extreme high temperature up to 350℃, and also resist to most common chemical and flux compounds used in the SMT assembly process. These labels have excellent barcode readability after chemical and high-temp exposure.
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Marking labels for circuit boards, the labels withstand extreme temperature spikes during soldering and ensure tracking during production. The labels are extremely robust and resistant to cleaning processes with hot and aggressive chemicals and high pressure and ultrasonic technology, which remove the remaining soldering flux.
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This self adhesive polyimide label is designed for printed circuit boards or related electronic components used on the characters or Logo and barcode label design. It is in circuit boards and SMT, DIP during wave solder or reflow to ensure that all kinds of extreme harsh application environment to maintain excellence in the performance of an ideal material.
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Thermal Transfer Heat Resistant Labels are a polyimide film product that offers ultra-high temperature performance. which can withstand up to 320°C short-term,280°C long-term heat resistance. It has excellent heat resistance and low outgassing characteristics. Matte white thermal transfer topcoat for easy readability of barcodes and variable information.
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SMT Tracking Label is used in the SMT manufacturing process of PCB circuit boards. It is a special label for PCB identification (normal applicated temperature resistance of 260 ° C for 6 minutes). No blistering, no warping, no glue falling, no yellowing, and 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.