130um Waterproof Synthetic Thermal Paper for Logistics Labels 210mm * 2000m

Property	Unit	Data																		Standard
Basis Weight	g/㎡	±3%	170	180	190	200	210	220	230	240	250	260	270	280	290	300	310		320	GB/T 451.2
																				ISO 536
Moisture	%	±1.5	7.5																	GB/T 462
																				ISO 287
Caliper	μm	±10	275	290	305	320	340	355	370	385	405	420	435	450	465	480	500	510		GB/T 451.3
																				IS0 534
bulkiness	Um/g	/	1.6																	/
Stiffness (MD)	mN.m	≥	3.5	4.5	5.2	6	7	8.5	9.5	11	12	13	14.5	16	17.5	20	22	24		GB/T 22364
																				ISO 2493 taber15°
Folding (MD)	次	≥	20																	GB/T 457
																				ISO 5626
D65 Brightness	%	≥	78																	GB/T 7974
																				ISO 2470
Bonding Strength	J/㎡	≥	100																	GB/T 26203
Cobb（95℃ hot water 10min）	mm	≤	5
Ash content	%	≤	10																	GB/T742
																				ISO 2144
Dirt	#/㎡		0.1mm2-1.5mm²≤80 1.5mm²-2.5mm²≤16 Not allowed:>2.5mm²								0.3mm2-1.5mm²≤80 1.5mm²-2.5mm²≤16 Not allowed:>2.5mm²									GB/T 1541
fluorescent substance			Negative																	GB31604.47

Introducing the 130um Waterproof Synthetic Thermal Paper for Logistics Labels, measuring 210mm in width and 2000m in length per roll. This premium thermal synthetic paper is specifically designed for logistics label applications and is ideal for various shipping conditions due to its robust waterproof properties. Its thickness of 130um enhances durability, making it a preferred choice for businesses looking for reliable labeling solutions. Each roll features a standard inner core of 3 inches (76mm), ensuring compatibility with most labeling printers.

Materials and Manufacturing Process: The 130um Thermal Synthetic Paper is crafted from high-quality, eco-friendly raw materials sourced from reputable suppliers in China. Its manufacturing process involves precision pulping and processing techniques that meet stringent industry standards. These methods guarantee exceptional quality and longevity of the thermal paper, essential for logistics and shipping applications.

Physical Properties: Our thermal synthetic paper is available in a thickness range that includes options of 80um, 100um, 150um, 180um, and 200um. The specific grammage and thickness directly influence its functionality; for instance, the 130um thickness is optimal for clear visibility and print readability. The paper's whiteness, measured in terms of brightness, enhances color presentation and ensures that printed information stands out effectively.

Performance Advantages: This paper is engineered for smooth writing performance and superior print compatibility with both thermal and inkjet printers. Its oil-resistant, scratch-resistant, and tear-resistant qualities guarantee durability even under challenging shipping conditions. Additionally, the paper withstands varying temperatures, making it versatile for different environments, a feature that sets it apart from competing products.

Environmental Characteristics: Our product meets relevant environmental certifications, reflecting our commitment to sustainability. The production process employs energy-efficient practices and effective waste disposal measures that minimize environmental impact.

Sizes and Specifications: Besides the standard size of 210mm * 2000m for this specific thermal synthetic paper, we provide a variety of sizes to cater to diverse customer needs, including options for bulk buying. Our sizing specifications ensure uniformity across all products while accommodating individual project requirements.

Scope of Application: The 130um Waterproof Synthetic Thermal Paper is well-suited for shipping labels, address labels, warehouse labels, and supermarket electronics scale labels. It performs exceptionally in the labeling of packaging materials and logistical documents, providing excellent adhesion and durability throughout the supply chain. For further insights into high-performance thermal papers, you may explore examples at high sheen PE-coated paper FSC certified or watercolor glossy photo paper roll.

Cost – Effectiveness: Our competitive bulk pricing for this thermal paper ensures that businesses can effectively manage their operational costs while maintaining high-quality labeling standards. By choosing to bulk buy, businesses can leverage cost benefits without compromising on quality, making it a smart investment for logistics and supply chain operations.

Quality Assurance: We adhere to rigorous quality control measures that guarantee the consistency and reliability of our products, including routine sampling inspections and adherence to quality acceptance standards. Our commitment to quality ensures you receive thermal paper that performs reliably every time.

Customization and Special Attributes: We offer various customization options, including tailored sizes and grammage to meet specific application demands. Our paper is designed for exceptional water resistance and durability, making it a reliable choice for logistics applications.

Ordering and Logistics: Our minimum order quantity is set at 5 tons, and we provide free samples for potential buyers to assess the product's quality before committing to a purchase. The production timeline is approximately 25-30 working days, ensuring timely availability. Additionally, we efficiently manage logistics through our location in Ningbo, a key shipping hub in China, which offers outstanding transportation convenience for export operations.

Packing Options: Our thermal paper is meticulously packed to ensure it arrives in pristine condition. We offer three packing options: Jumbo Roll Packing, Bulk Sheet Packing, and Ream Packing, each designed for optimal protection during transit.

This comprehensive offering positions us as a leading manufacturer and producer of high-quality thermal synthetic paper for logistics labeling, catering to the needs of businesses seeking a reliable and effective solution for their labeling requirements. For more information on varying types of thermal paper, please consider our PE-coated white kraft paper roll as an additional reference point.

FAQs for "Thermal Paper":

Can thermal paper be used for shipping labels?

Yes, thermal paper can be used for shipping labels. The heat from the printer activates the chemicals on the thermal paper, creating the text or image without the need for ink or toner. This makes thermal labels a popular choice for businesses that need durable and efficient shipping labels.

Are thermal labels waterproof?

Most thermal labels are not waterproof. The coating on thermal paper is sensitive to heat, which can cause it to smudge or fade when exposed to moisture. If waterproof labels are needed, it is advisable to use synthetic materials like polypropylene or polyester labels, which are more resistant to water and harsh conditions.

Is Phomemo paper waterproof?

Phomemo paper is not inherently waterproof. While it is designed to be fade-resistant and durable, it may still be susceptible to damage from water exposure. For waterproof applications, using specialized waterproof paper or protective coatings would be recommended to ensure the longevity and legibility of printed content, especially in challenging environments.

Can thermal paper fade over time?

Yes, thermal paper can fade over time, especially when exposed to light, heat, or chemicals. The images or text on thermal paper are created by a reaction to heat, so external factors can impact the longevity of the prints. To preserve the print quality, it is recommended to store thermal paper in cool, dark environments away from direct sunlight and other potential sources of degradation.

Why does the print on thermal paper disappear when exposed to heat?

The print on thermal paper may disappear when exposed to heat because the heat reactivates the chemicals on the paper, causing the text or images to fade or disappear. This reaction is part of the nature of thermal paper, as it relies on heat to create the print. To prevent unintentional fading, it is important to store thermal paper away from heat sources and take precautions to protect printed content from excessive exposure to heat or friction.