Biodegradable stickers
OwnLikes has developed Cellulose paper film products in response to the requirements of sustainable development, circular economy, and environmental plastic removal in the packaging market, combining advanced technologies at home and abroad< br /> Recycling: Product raw materials are sourced from recycled ingredients, renewable resources: Product raw materials are sourced from biomass resources such as forests, plants, etc., rather than petroleum. Reduction: Product thinning, weight reduction, and plastic reduction, using less raw materials. Monomer structure replaces composite structure. Biodegradable: biodegradation, industrial degradation, oxygen degradation, photodegradation. High transparency, good tensile strength. Innovative coating process enhances printing adaptability and moisture resistance. FSC certification (certificate number RINA-CO-001475) SGS bovine degradation certification (SO certificate number: GZIN2111064903MR)
PE winding cable label
Wrapped cable labels, also known as covered cable labels, consist of two parts. The upper part is a white or colored printed coating, and the lower part is a transparent protective film. When in use, the printed area can be covered with a transparent protective film for protection. The transparent protective film should have sufficient length to wrap the cable in one or a half turns, and the adhesive position should be within 3-10 centimeters from the cable joint. The label content should be clear and visible, and the label should be made of a medium that is not easily detached. The diameter of the cable determines the length of the required wrapped label
Product Features
1. A material specifically designed for cable identification, which is a matte treated transparent polyolefin film with acrylic pressure-sensitive adhesive
2. Leave a blank area for heat transfer printing
3. The appearance is uniform, transparent, and has good waterproof and oil resistant properties
4. The effect is natural and harmonious, with excellent performance
5. Used in situations where PE label materials cannot be used due to environmental requirements
6. After laminating, there are multiple colors available for selection, including red, orange, yellow, green, and green
7. Various specifications can be customized according to customer requirements
Synthetic paper multi-layer stickers
Synthetic paper multi-layer sticker (a type of PP material): It looks like paper, has a matte white color, and has undergone biaxial stretching treatment. The material is tough and has good resistance to compression. At the same time, it has good thermal transfer printing performance and a hard material texture, suitable for flat or hard surfaces. It is widely used in electronic components and daily chemical products.
High temperature resistant ceramic label
The materials used are stainless steel and ceramic glaze, which are composite together. The substrate is stainless steel and the surface is ceramic. They are fused together through high-temperature sintering at around 1200 degrees Celsius. On the high-strength alumina engineering ceramic substrate, barcode labels are generated by high-temperature glaze firing. The barcode symbols are well protected by transparent high-temperature glaze, and the ceramic barcode can withstand extremely harsh environments such as acid, alkali, salt, fog, sunlight exposure, and even flame grilling for a long time
The excellent performance of liquefied gas cylinder barcodes precisely meets the requirements of permanent automatic identification and labeling of gas cylinders, and the existing commercialized products that have undergone batch durability testing
The basic information of high-temperature resistant ceramic labels is as follows
1. Base material: stainless steel 304, industrial 99 ceramic powder
2. Surface glaze material: imported transparent glaze porcelain glaze
3. Label size: The size can be customized according to user requirements
4. Barcode parameters: one-dimensional barcode, two-dimensional barcode, barcode format, size, resolution and other technical parameters can be customized according to user requirements
5. High temperature resistance (up to 1200 ° C or above), acid, alkali, salt, and mist corrosion resistance, and resistance to organic solvent scrubbing
6. The text information on the surface of porcelain tiles is not easy to scratch and can last for decades without fading, making it a permanent barcode for use
7. Barcode resistant to high temperature of 1200 degrees Celsius
8. The impact resistance of the steel cylinder QR code is tested using a 10 meter drop test. After free fall, the ceramic on the surface remains undamaged
High temperature resistant polyimide sticker
High temperature resistant barcode label is an opaque polyimide (high temperature resistant) label with permanent acrylic pressure-sensitive adhesive and a white surface layer suitable for heat transfer printing. It is designed to meet the high temperature requirements of reflow soldering (260 ℃) and wave soldering (350 ℃) environments, and is specifically designed for character or barcode identification on printed circuit boards or related electronic components. In addition, the labels are designed to resist corrosive fluxes and multiple rounds of cleaning commonly used in circuit board applications, making them ideal materials that can withstand the erosion of various soldering agents, melting agents, and cleaning agents encountered in the production process of circuit boards
Features
There are two types of substrates: P and PET
UL94 VTM-0 & VTM-1 fire rating certification (flame retardant)
Compliant with FAR smoke and toxic gas standards
Compliant with BSS 7238& 7239 standard
High temperature resistance, chemical resistance
Compliant with REACH and ROHS standards, halogen-free
Suitable for SMT surface mount manufacturing process of PCB circuit boards, it is a special label for printed circuit board (PCB) identification (commonly used for temperature resistance of 260 ℃ for 6 minutes). After passing through the furnace, it does not bubble, curl, glue, yellow, or be easily corroded by various chemical substances in the flux
