Vebcon

A plain direct thermal board tag at 175 gsm is a label or tag made from a thicker, coated paper that prints directly from a thermal printer without a ribbon. The 175 gsm specification indicates its weight and thickness, making it suitable for short-term applications like airline boarding passes or retail price tags where images do not need to be permanent. These tags are sensitive to light, heat, and abrasion, so their images will degrade over time, particularly with exposure to sunlight. 

A plain direct thermal ticket is a short-use ticket made of heat-sensitive paper that turns black when heat is applied by a printer's thermal print head, requiring no ink, toner, or ribbon. These tickets are suitable for events and applications like admission tickets, event tickets, and amusement park tickets, but they are susceptible to fading from heat and light exposure over time. 

Plain direct thermal (DT) parking tags are blank adhesive labels that use heat to activate a chemical layer, producing an image without ink, toner, or ribbon. They are a cost-effective option for short-term parking identification, offering convenience and quality print for applications like temporary passes, shipping, and barcoding. However, the printed image fades over time due to sensitivity to heat, light, and touch, making them unsuitable for archival purposes.

POS (Point of Sale) Item Information Labels are specialized adhesive tags used in retail environments to display critical data such as pricing, barcodes, and product descriptions. These labels serve as the primary communication link between the retailer and the customer at the shelf, ensuring accurate scanning during checkout and streamlined inventory management. 

Strong acrylic adhesive, heat-resistant polyimide labels are durable, high-temperature resistant, thermal-transfer printable labels designed for electronic components and printed circuit boards (PCBs) in high-heat and harsh manufacturing environments. The polyimide facestock withstands extreme temperatures and chemical exposure, while the strong acrylic pressure-sensitive adhesive ensures a permanent bond to various substrates. These labels are ideal for tracking and identification during PCB assembly, wave soldering, reflow, and other hot-process manufacturing stages for electronic handheld devices, preventing softening, yellowing, or degradation.

A QR code sticker is a customizable, adhesive label printed with a two-dimensional QR (Quick Response) code, which is a scannable image that holds digital information accessible to smartphones and scanners. These stickers link physical products and locations to online resources, offering benefits such as storing website links, product details, contact information, social media access, and payment information. They are used in retail, marketing, and logistics to improve customer engagement, track products, and facilitate contactless transactions by providing quick access to digital content. 

Heat-resistant polyimide labels for handheld electronic devices are durable, high-temperature-resistant labels designed to withstand harsh manufacturing processes like wave soldering and chemical washes. They provide permanent adhesion and resistance to abrasion, chemicals, and humidity, ensuring reliable identification and traceability on components like mobile phone motherboards throughout the electronics lifecycle.

BS5609 Section 2 (also known as Part 2) compliant labels are blank, self-adhesive base materials specifically certified to remain permanently adhered to a container after three months of immersion in seawater. This standard is the maritime benchmark for durability, ensuring that if a chemical drum falls overboard, it can still be identified and handled safely.

Labels for Low Surface Energy (LSE) substrates are specialized identifying materials designed to bond with surfaces that naturally repel standard adhesives, such as Polypropylene (PP), Polyethylene (PE), and PTFE (Teflon). Unlike High Surface Energy (HSE) materials (like metal or glass) where adhesives spread easily, LSE surfaces cause standard adhesives to "bead up," preventing a secure bond.

Steam Autoclave Sterilization Labels are high-performance identification markers designed to survive the extreme conditions of a medical or laboratory autoclave. These labels must remain perfectly adhered and legible while enduring pressurized steam at temperatures typically reaching  121 Degree C.