Best rated printed thermal paper roll wholesale manufacturer
Top rated thermal paper roll wholesale provider: Personalized self-adhesive label stickers allow you to quickly and easily label your products or packaging. Custom roll labels are designed for speed and are compatible with most labelers and dispensers. Custom thermal paper rolls are designed for manual peel off and compact storage. All our labels are made of high-quality materials with a protective coating that is durable, waterproof and dishwasher safe. Each has a soft, non-glare finish ideal for barcode label printing or shipping label printing. As one of the experienced thermal paper rolls manufacturers, we have a professional design team with 20 years of production experience, from publishing, printing and cutting to finished packaging. We provide customers with a full range of services! Find more information at thermal paper roll.
Thermal transfer labels, thermal label paper, inkjet label paper, customized label paper. Commonly used materials include PP, PET, BOPP, PYC, PE, etc. It is suitable for a wide range of carton outer labels, electronic product labels, certificate labels, pharmaceutical labels, cosmetic labels, food labels, supermarket product stickers, clothing tag labels, industrial assembly line code paper, and can be printed with colorful personalized logos, etc. The glue properties are divided into permanent glue, removable glue, fresh cold chain frozen glue, super strong glue, and tire glue.
Printed paper rolls are also a kind of thermal paper rolls. Thermal paper roll products can be used in thermal printers, cash registers, POS systems, and credit card terminals within the retail, catering, gaming, financial, government, hospitality sectors. Thermal paper is a special paper type that has a chemical coating on its surface. When the paper goes through a thermal printer, heat from the print head causes the chemical coating to activate and form an image of high definition. Unlike regular paper, this process uses heat to start a chemical reaction within the paper itself. So it doesn’t require a ribbon or toner, making it more manageable than other options.
The format specification of copy paper only adopts A series and B series. If the A0 paper is split into two equal parts along the length, it becomes the A1 size. If the A1 paper is split along the length, it becomes the A2 size, so it is split to the A8 size; the B8 paper is also split to B8 according to this method. Specification. The format sizes of A0～A8 and B0～B8 are listed in the table below. Among them, A3, A4, A5, A6 and B4, B5, B6 and other 7 format specifications are commonly used specifications for copy paper. According to the thickness of the paper, such as 70g, 80g, 85g, 120g, etc., it means that the weight of the paper per unit area is multiple, because the density of the paper is basically the same. The weight of the paper per unit area is the heavier the paper The thicker the thickness.The copier uses 70-85g paper, and the printer generally does not use less than 60g thick paper, otherwise it will easily jam. See additional details on https://www.jflabel.com/.
Variability information content labels: production batch number, sequence code, barcode, manufacturing date, expiration date, price, information resource management throughout the postal process, distributors, warehouse management, inventory information, etc. Thermal labels are coated with a colorless thermal coating on the surface of ordinary offset labels. When printing, under the action of the heat of the print head, the heat-sensitive parts of the thermal label turn black. The parts that are not sensitive to heat do not change color, thus forming text or barcodes to achieve the purpose of printing. Thermal labels are divided into two types: with a protective layer and without a protective layer. The protective layer is above the thermal layer to protect the thermal layer, resist chemical corrosion, and prevent label contamination (such as sweat on hands, labels for blood banks) blood, etc.) and to protect the print head. The thermal coating can be designed with different activation temperatures as required to meet the needs of printers with different performances.