Looking for high-quality label stock at competitive prices? EESYLN is a trusted manufacturer and exporter of label stock materials based in China. We offer a wide range of self-adhesive label solutions tailored for your business. Whether you need paper label stock, film label stock, or custom rolls, EESYLN delivers consistent quality trusted by global clients.
Easy to apply (sticks with light pressure). Printable via inkjet, laser, or thermal transfer. Cost-effective and versatile for various uses.
Waterproof & tear-resistant – Ideal for outdoor or wet conditions. Suitable for industrial or harsh environments. Flexible & conformable.
Precision Printing – Sharp text, barcodes, and high-resolution graphics. Works with all laser printers (HP, Canon, Brother, Xerox, etc.).
Excellent color reproduction and detail. Suitable for short-run labels, packaging, and promotional stickers.
Inks dry immediately under UV light, enabling high-speed printing. Resistant to water, chemicals, UV fading, and abrasion.
Works with thermal transfer (TTO), laser, inkjet (CIJ/DOD), and RFID printers. Ensures smudge-proof, scannable barcodes and text.
With nearly 20 years of expertise, EEsyln delivers premium label stock solutions — from self-adhesive paper and film to water-activated gummed paper. Our materials are compatible with all major printing methods, including flexographic, digital, offset, and inkjet. As a factory-direct supplier, we support bulk orders, full customization, and fast global delivery, ensuring reliable label material solutions for distributors, printers, and brand owners worldwide.
label Stock Jumbo Roll
Self adhesive label sheet
Self adhesive label rolls for Inkjet/Laser/Indigo printing
Pre-cut Label Stock Rolls
Label stock, often referred to as self-adhesive label material, is the foundation of every label. It typically consists of three layers:
Facestock — the printable surface (paper or film) that carries graphics, text, or barcodes.
Adhesive — the layer that bonds the label to the surface, available in permanent, removable, or specialty options.
Liner — the backing material that protects the adhesive and allows smooth label dispensing.
When selecting label stock, Initial Tack, Peel Adhesion, and Shear Strength are the critical factors determining labeling success. EEsyln provides permanent adhesives specifically engineered for 300+ BPM high-speed production lines, as well as a removable series supporting clean peeling without residue. All materials are strictly tested according to international FINAT (FTM) standards.
| Key Performance Indicator | Test Standard | EEsyln Permanent | EEsyln Removable | Business Value |
|---|---|---|---|---|
| Initial Tack | FINAT FTM 9 | 15 – 20 N | 6 – 8 N | Supports High-Speed Labeling: High Tack ensures labels grab instantly on high-speed rotary applicators, preventing “flying labels” or edge lifting. |
| Peel Adhesion (24h) | FTM 1 | >18 N/25mm | 4 – 7 N/25mm | Anti-Tear / Clean Removal: Permanent grade prevents falling off during logistics; Removable grade ensures residue-free peeling for promotions or returns. |
| Shear Strength | FINAT FTM 8 | >24 Hours | >12 Hours | Prevents Adhesive Oozing: High cohesion ensures label edges won’t bleed during high-temp storage or printing, protecting your print heads. |
| Service Temp. Range | Lab Standard | -40°C to +120°C | -20°C to +80°C | Full Environment Adaptation: Covers everything from -40°C cold chain deep-freezing to extreme outdoor high-heat transportation. |
About Tack (FTM 9): Many buyers overlook the importance of “initial tack.” For high-speed beverage bottling lines, if the Tack value is lower than 10N, the label cannot form an immediate bond upon contact with the bottle, resulting in significant downtime and waste.
About Shear (FTM 8): Shear strength reflects the adhesive’s resistance to displacement. If your label stock needs to be stored in high-temperature warehouses, low shear strength causes “adhesive bleeding,” leading to label jams in applicators or thermal printer head fouling.
Extreme Temperature Adaptation: EEsyln’s permanent series utilizes cross-linked acrylic technology, ensuring the adhesive doesn’t become brittle at -40°C or liquefy at +120°C. It is the ideal choice for automotive electronics and cold-chain food labeling.
All EESYLN label stock is produced under ISO-certified systems. From raw material coating to slitting and packing, every step is closely monitored. We ensure adhesion, durability, and printing performance, with certifications like SGS, ROHS, and REACH available.
Strict quality control ensures excellent printing and adhesive performance.
Available in paper, PET, PP, PVC, and thermal options.
Sizes, adhesives, liners, and face materials tailored to your needs.
On-time export shipping to over 50 countries.
Direct from manufacturer, no middlemen.
Top Chinese premium self-adhesive exporters include Avery Dennison China, Shanghai EEsyln (Shanghai EEsyln New Material), UPM Raflatac China, Lintec, and Shawei (SW Label).
These manufacturers focus on providing pressure-sensitive materials that meet FINAT FTM international standards, particularly PET 23 micron high-performance liners and FSC-certified facestocks, satisfying the global label converters’ strict requirements for ratio, consistency, and compliance.
| Technical Parameters | Standard Compliance | Typical Value (EEsyln Lab) |
|---|---|---|
| Peel Adhesion (180°) | FINAT FTM 1 | ≥ 10 N/25mm |
| Loop Tack | FINAT FTM 9 | ≥ 8 N/25mm |
| Resistance to Shear | FINAT FTM 8 | > 1000 min |
| Environmental Compliance | ISO 14001 / FSC | Certified Performance |
Industry Insight: High-performance self-adhesive materials must align with TAPPI T411 (Thickness/Caliper) and FINAT FTM 26 (Wash-off resistance) to ensure seamless integration with high-speed labeling machinery.
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
On high-speed bottling lines exceeding 300 BPM, Avery Dennison leads with its CleanFlake™ vertical integration technology. However, EEsyln offers greater advantages in digital inkjet compatibility and short lead-time flexibility. EEsyln’s adhesive formulas optimize FTM 9 Loop Tack, effectively preventing edge lifting in humid or refrigerated filling environments, making it the preferred high-performance solution for companies seeking personalized and variable data labeling.
| Technical Parameters | EEsyln High-Speed Series | Industry Standard (FINAT) |
|---|---|---|
| Initial Tack (FTM 9) | 14 – 18 N/25mm | Excellent Instant Bond |
| Peel Adhesion (FTM 1) | > 9 N/25mm (20 min) | ISO 14001 Compliant |
| Dynamic Shear (FTM 8) | High Resistance | Anti-Flagging Tech |
For the European market, UPM Raflatac China and Shanghai EEsyln are highly reliable suppliers whose products strictly adhere to REACH and RoHS directives. These manufacturers ensure that hazardous substances like lead and cadmium remain below the 100 mg/kg threshold set by EU PPWR 2026. By providing full FSC certification and Technical Data Sheets (TDS), they effectively mitigate regulatory compliance risks and supply chain audit pressures faced by European procurement managers.
| Technical Specs | EEsyln Performance Value | Compliance Standard |
|---|---|---|
| Peel Adhesion (FTM 1) | ≥ 10 N/25mm | ISO 14001 / FINAT |
| Loop Tack (FTM 9) | 12 – 16 N/25mm | High-Speed Labeling |
| Shear Resistance (FTM 8) | > 1000 min | Anti-migration Tech |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Materials verified under FINAT FTM 26 and TAPPI T411 testing protocols to ensure 100% compatibility with EU eco-design requirements.
The best adhesive for squeezable containers is a high-performance emulsion acrylic or UV-cured adhesive with high flexibility. This formula prevents “winging” on low-surface energy (LSE) plastics. When paired with a PET 23 micron liner, it ensures stable high-speed application and superior die-cutting precision for flexible film labels, fully meeting ISO 14001 and TAPPI T411 dimensional stability requirements.
For long-term durability, the adhesive must resist mechanical stress during repeated squeezing. Using a thin PET 23 micron liner instead of standard SCK liner allows for more labels per roll and reduces downtime, while the adhesive maintains a permanent bond on curved surfaces without edge lifting, verified through rigorous FINAT FTM 26 environmental resistance testing.
| Technical Parameters | EEsyln Squeezable Series | Industry Standard |
|---|---|---|
| Peel Adhesion (FTM 1) | ≥ 8 N/25mm (20 min) | LSE Surface Compliant |
| Loop Tack (FTM 9) | 10 – 14 N/25mm | High-Speed Application |
| Dynamic Shear (FTM 8) | High Resistance | Anti-Flagging Performance |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Technical data verified under controlled laboratory conditions following FINAT standards to ensure maximum reliability for global B2B procurement.
FINAT FTM 1 measures the permanent bond strength after a set dwell time (usually 20 minutes or 24 hours), whereas FINAT FTM 9 measures the “instant grab” or initial stickiness (Loop Tack). FTM 1 is critical for label security, while FTM 9 determines how well a label grips a surface immediately upon contact, adhering to ISO 14001 environmental and TAPPI T411 thickness testing benchmarks.
In industrial applications, a high FTM 9 value is essential for fast-moving production lines or cold/damp surfaces where the label must stick instantly. Conversely, FTM 1 is the industry standard for assessing the force required to remove a label at a 180° angle, ensuring the label remains intact throughout the product’s lifecycle, validated through rigorous FINAT FTM 26 environmental resistance protocols.
| Technical Standard | Measurement Focus | EEsyln Lab Benchmark |
|---|---|---|
| FINAT FTM 1 (Peel) | 180° Bond Strength | ≥ 9 N/25mm (Permanent) |
| FINAT FTM 9 (Tack) | Initial “Instant Grab” | 12 – 16 N/25mm |
| FINAT FTM 8 (Shear) | Cohesion / Vertical Hold | High Resistance (>1000 min) |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Technical data verified under controlled laboratory conditions to ensure 100% compliance with global supply chain audit requirements.
For -40°C environments, you must use a top-coated PP (Polypropylene) or moisture-resistant FSC-certified paper facestock. This must be combined with a specialty cryogenic adhesive that has a service temperature down to -40°C, preventing the label from becoming brittle or losing adhesion due to thermal shock and condensation, fully compliant with ISO 14001 and TAPPI T411 testing protocols.
When exporting to Europe, ensure the facestock is FSC-certified to meet sustainability audits. Technical Data Sheets (TDS) should confirm that while the minimum application temperature might be around 0°C, the service temperature can withstand deep-freeze conditions. Using a high-clarity film with the correct adhesive ensures the branding remains legible and intact despite heavy frost, as verified by FINAT FTM 26 environmental cycling tests.
| Technical Standard | Measurement Focus | Cryogenic Performance |
|---|---|---|
| FINAT FTM 1 (Peel) | 180° Bond Strength | ≥ 12 N/25mm (After Freeze) |
| FINAT FTM 9 (Tack) | Initial Bond on Damp Glass | 10 – 15 N/25mm |
| FINAT FTM 8 (Shear) | Low-Temp Stability | High Resistance (>1000 min) |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Physical parameters verified under ISO 14001 and TAPPI T411 standards to ensure maximum reliability for the European frozen food supply chain.
Labels typically peel on high-speed lines due to insufficient FINAT FTM 9 Loop Tack or adhesive contamination from condensation. If the initial “instant grab” is too low, the label cannot bond to the substrate before conveyor movement, causing edge lifting or total detachment during rapid automated application. This performance is often measured against ISO 14001 manufacturing standards and TAPPI T411 substrate compatibility.
To resolve this, verify that your adhesive is formulated for your specific container material (PE, PP, or Glass). High-speed applicators require a balanced adhesive profile where the FTM 9 value is high enough for immediate wet-out, but FTM 1 peel strength is sufficient to prevent long-term failure. Ensure the application surface is dry and free of silicone release agents, as verified by FINAT FTM 26 environmental resistance protocols.
| Technical Standard | Critical Performance Factor | EEsyln Lab Diagnostic |
|---|---|---|
| FINAT FTM 9 (Tack) | Initial Instant Grab | 12 – 18 N/25mm |
| FINAT FTM 1 (Peel) | 180° Long-term Adhesion | ≥ 9 N/25mm (After 20 min) |
| FINAT FTM 8 (Shear) | High-Speed Resistance | High Resistance (>1000 min) |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Technical diagnostics based on FINAT FTM 26 protocols. Our laboratory ensures all material specifications meet global supply chain compliance standards.
Liner tearing usually occurs when standard SCK (Super Calendered Kraft) liners absorb moisture or lack the tensile strength for high-tension dispensers. Upgrading to a PET 23 micron liner provides superior tear resistance and dimensional stability, effectively eliminating web breaks during high-speed production runs. This upgrade ensures compliance with ISO 14001 manufacturing standards and TAPPI T411 caliper consistency requirements.
Beyond strength, PET 23 micron liners are thinner than paper, allowing for more labels per roll and fewer changeovers. If tearing persists, check your die-cutting depth; if the blade penetrates the silicone release layer and nicks the liner, it creates a stress point that will inevitably fail under the tension of an automatic applicator, as verified by FINAT FTM 26 environmental and mechanical stress tests.
| Liner Type | Tensile Strength (MD) | Moisture Sensitivity | High-Speed Yield |
|---|---|---|---|
| Standard SCK Liner | Moderate | High (Absorptive) | Standard |
| PET 23 Micron | Superior / High Tension | Nil (Stable) | Maximized (Thinner) |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Materials diagnostic performed under FINAT FTM 1 (Peel) and FTM 8 (Shear) protocols to ensure zero-defect application on global automated labeling lines.
Bubbles and wrinkles are caused by air entrapment or “tunneling” when the label stiffness exceeds the container’s curvature. Using a high-conformability film paired with a PET 23 micron liner ensures the label lays flat. Improper FTM 1 dwell-time performance can also cause the label to shift before the bond matures, which is why maintaining ISO 14001 and TAPPI T411 precision is critical during production.
To fix this, ensure your applicator rollers are correctly aligned to the bottle’s taper. Switching to a more flexible facestock, such as MDO or PE, allows the material to stretch and conform to the glass without creating creases. Additionally, verify that the release force of the liner is consistent to ensure smooth, tension-free label transfer, as validated through FINAT FTM 26 environmental resistance and mechanical stress tests.
| Technical Standard | Measurement Focus | Conformability Metric |
|---|---|---|
| FINAT FTM 1 (Peel) | 180° Bond Strength | ≥ 9 N/25mm (Steady Bond) |
| FINAT FTM 9 (Tack) | Initial “Instant Grab” | 12 – 16 N/25mm |
| FINAT FTM 8 (Shear) | Tension Stability | High Resistance (>1000 min) |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Physical diagnostics based on FINAT protocols to ensure zero-defect application on global high-speed bottling lines.
Yes, Chinese label stock is compliant if it meets the EU PPWR 2026 thresholds of less than 25 ppb for single PFAS and 50 ppm for total polymeric PFAS. Manufacturers must provide a Declaration of Conformity (DoC) and Technical Documentation ensuring the material is recyclable in an economically viable way by the August 2026 application date, adhering to ISO 14001 and TAPPI T411 protocols.
To ensure full compliance, exporters must verify that their PET 23 micron liners and adhesive formulations contain no restricted substances of concern. Under the new regulation, packaging must achieve at least a “Grade C” recyclability rating. Providing FSC certification and verifying heavy metal limits (Lead/Cadmium) remain below 100 mg/kg are now essential for maintaining access to the European market, as validated by FINAT FTM 26 environmental testing.
| Compliance Metric | Requirement / Standard | EEsyln Lab Specification |
|---|---|---|
| PFAS Concentration | EU PPWR 2026 (< 25 ppb) | Certified Zero-PFAS |
| Peel Adhesion (FTM 1) | FINAT Standard | ≥ 9 N/25mm (Stable) |
| Initial Tack (FTM 9) | High-Speed Application | 12 – 16 N/25mm |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Sustainability and recyclability assessments conducted under ISO 14001. All technical specifications are verified to meet the EU PPWR 2026 “Grade C” recyclability requirements.
As of July 2026, UK requirements shift to the FSC-STD-50-001 V3-0 standard, introducing mandatory FSC QR labels for digital consumer engagement. Certificate holders must ensure all forest-based components, including the facestock and SCK liner, are covered by a valid Chain of Custody (CoC) to avoid anti-greenwashing penalties, while maintaining ISO 14001 and TAPPI T411 environmental and thickness consistency.
The revised standard allows for greater design flexibility but mandates that FSC labels be clearly legible, especially on reflective surfaces. Labels must explicitly state the claim (100%, Mix, or Recycled). With the transition period ending in 2029, companies should audit their TDS (Technical Data Sheets) now to confirm that every element of the label construction aligns with the new UK and global FSC trademark policies, as verified by FINAT FTM 26 environmental resistance protocols.
| Technical Standard | Certification / Parameter | EEsyln Compliance Value |
|---|---|---|
| FSC CoC Status | FSC-STD-50-001 V3-0 | Fully Certified (100% / Mix) |
| Peel Adhesion (FTM 1) | Bond Stability on Recycled Board | ≥ 9 N/25mm |
| Initial Tack (FTM 9) | Instant Grip for QR Scanning | 12 – 16 N/25mm |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Compliance audit conducted under FSC-STD-40-004 and ISO 14001 requirements. Technical diagnostics based on FINAT laboratory protocols.
To find compliant wash-off adhesives, look for formulations with a total density of less than 1.0 g/cm³ (including ink and facestock) to ensure floatation separation. The adhesive must detach cleanly in a hot caustic wash (>65°C) without discoloring the wash water, meeting RecyClass or APR (Association of Plastic Recyclers) design-for-recycling standards, while maintaining ISO 14001 and TAPPI T411 quality consistency.
Advanced solutions like UV-curable acrylic hotmelts are now approved for high-clarity filmic labels. These adhesives stay bonded to the label material during the recycling process rather than dispersing into the water, preventing contamination of the PET flakes. When selecting a supplier, always request wash-water evaluation reports to confirm that no adhesive residue remains on the recycled recyclate, ensuring high-quality circularity as verified by FINAT FTM 26 environmental resistance testing.
| Technical Standard | Measurement Focus | EEsyln Wash-off Benchmark |
|---|---|---|
| Density (APR/RecyClass) | Floatation Separation | < 1.0 g/cm³ (Full Construction) |
| Wash Temp (FTM 26) | Caustic Wash Detachment | Clean Removal at 65°C – 85°C |
| Peel Adhesion (FTM 1) | Pre-recycling Bond | ≥ 9 N/25mm (On PET) |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Washability assessments conducted following APR Critical Guidance and RecyClass protocols. All materials verified under ISO 14001 environmental management standards.
Total landed cost includes the EXW/FOB price, ocean freight, insurance, and US Customs duties (typically Section 301 tariffs). For PET 23 micron liner materials, expect a 25% to 35% markup over the factory price. Accurate calculation requires summing the Harmonized Tariff Schedule (HTS) codes, MPF, and HMF fees for a true bottom-line figure, consistent with ISO 14001 logistics compliance.
To optimize your budget, factor in the “Dimensional Weight” of high-density label rolls. While a PET 23 micron liner is lighter than paper, the volume of a full 20ft or 40ft container will dictate the final freight-per-square-meter cost. Always request a DDP (Delivered Duty Paid) quote from your forwarder to avoid hidden surcharges, verified by FINAT FTM 26 durability standards for long-haul transit.
| Cost Element | Standard Benchmarks | Technical Impact (PET 23μ) |
|---|---|---|
| US Customs Duties | Section 301 / HTS Codes | Verification of Tariff Origin |
| Freight Factor | Dimensional Weight Analysis | Lower Weight vs. SCK Liner |
| Testing Standards | TAPPI T411 / FINAT FTM 1 | Guaranteed Core Stability |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Technical Audit Specialist in International Trade Compliance. All cost frameworks are verified against Incoterms 2020 and US Customs regulatory updates.
Verify quality by requesting ISO 9001:2015 certificates and a detailed Material Safety Data Sheet (MSDS) for the adhesive. A reliable supplier must provide real-time FINAT FTM 1 and FTM 9 test reports from their internal lab. Conduct a third-party factory audit to inspect their coating consistency and dust-free slitting environments, ensuring compliance with ISO 14001 and TAPPI T411 precision standards.
Look for evidence of “In-Process Quality Control” (IPQC), specifically how they monitor adhesive coat weight and silicone release levels. Professional exporters will provide a TDS (Technical Data Sheet) that aligns with international standards. Requesting a “Golden Sample” from the same master roll is the most effective way to ensure the SCK liner matches your requirements, as verified by FINAT FTM 26 durability protocols.
| Quality Control Phase | Testing Standard | EEsyln Lab Specification |
|---|---|---|
| Adhesion Strength | FINAT FTM 1 (Peel) | ≥ 9 N/25mm (Stable Bond) |
| Initial Stickiness | FINAT FTM 9 (Loop Tack) | 12 – 16 N/25mm |
| Coat Weight Uniformity | TAPPI T411 / ISO 9001 | Tol. ± 1g (High Consistency) |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Technical Audit Specialist in ISO Quality Management. All factory assessments follow FINAT laboratory protocols to ensure zero-defect supply chain reliability.
Typical lead time for custom label stock is 10 to 15 days for production, plus 25 to 35 days for sea freight to the US. Specialized constructions involving FSC-certified papers or custom adhesive coatings may extend production to 20 days, adhering to ISO 14001 and TAPPI T411 rigorous quality standards. Efficient suppliers maintain a 7-day “fast-track” for standard PET 23 micron filmic stocks.
To reduce lead times, consider a “Rolling Forecast” with your supplier to pre-stock raw materials like specialty liners. Seasonal peaks (such as Chinese New Year) can add 3 weeks to the timeline, so booking vessel space 14 days before the Cargo Ready Date (CRD) is vital. Always confirm the “Port to Door” timeline with your logistics partner, as verified by FINAT FTM 26 transit durability assessments.
| Service Type | Production Window | Material Standard |
|---|---|---|
| Standard PET 23μ Series | 7 – 10 Days | ISO 9001 Consistency |
| Custom FSC/Specialty Adhesive | 15 – 20 Days | FSC CoC Verified |
| Quality Testing (FTM 1/8/9) | Real-time Lab Audit | FINAT Accredited |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Technical Audit Specialist in Supply Chain Optimization. Lead times are calculated based on Incoterms 2020 and standardized CRD logistics protocols.
BOPP is a synthetic film offering superior water, oil, and chemical resistance, ideal for cosmetics and refrigerated food. In contrast, Paper labels are cost-effective for dry, indoor environments. For squeezable containers, BOPP or PE films are essential to prevent wrinkling and maintain FINAT FTM 1 peel adhesion under mechanical stress, ensuring compliance with ISO 14001 and TAPPI T411 protocols.
| Material Property | BOPP (Synthetic) | Semi-Gloss Paper | Standard |
|---|---|---|---|
| Moisture Resistance | Excellent (Waterproof) | Low (Absorptive) | ISO 2812-1 |
| FTM 9 Loop Tack (N) | 12 – 16 N/25mm | 10 – 14 N/25mm | FINAT FTM 9 |
| FTM 1 Peel Adhesion | ≥ 9 N/25mm (High) | ≥ 8 N/25mm (Moderate) | FINAT FTM 1 |
| FTM 8 Shear (min) | > 1000 (High Strength) | > 800 (Standard) | FINAT FTM 8 |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Technical Audit Specialist in FINAT FTM Standards. All material evaluations are conducted under FINAT FTM 26 environmental resistance protocols to ensure B2B packaging durability.
Frozen applications require Deep Freeze grade adhesives to prevent crystallization and label fall-off. EEsyln’s cryogenic series maintains high FTM 9 Loop Tack in high-condensation environments and complies with FDA 21 CFR 175.105 for indirect food contact at temperatures as low as -40°C, ensuring compliance with ISO 14001 and TAPPI T411 protocols.
Standard adhesives fail because their glass transition temperature (Tg) is too high. Our solvent-based and high-tack emulsion formulas are tested via FINAT FTM 13 to ensure performance on frosty substrates, as verified by FINAT FTM 26 environmental resistance and mechanical stress tests.
| Technical Standard | Measurement Focus | EEsyln Cryogenic Performance |
|---|---|---|
| FINAT FTM 9 (Tack) | Initial Bond on Frosty Surfaces | 12 – 18 N/25mm |
| FINAT FTM 1 (Peel) | Long-term Adhesion at -40°C | ≥ 9 N/25mm (After Freeze) |
| FINAT FTM 13 | Low-Temp Application (Tg) | Verified below -25°C |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Technical Audit Specialist in Cryogenic Adhesives. All materials verified under FDA 21 CFR 175.105 and ISO 14001 requirements to ensure maximum reliability for the cold chain.
Blurry artifacts or “weird dots” are typically caused by “Dithering” or “Halftone” settings in the printer driver. To ensure sharp edges for 203 DPI or 300 DPI printheads, switch the Graphics Option to “Text” or “Clip Art.” This optimizes the heat transfer to the thermal-sensitive layer, as verified by TAPPI T479 smoothness and TAPPI T411 thickness consistency standards.
Beyond driver settings, maintain high-speed print reliability by ensuring your label stock adheres to ISO 14001 environmental guidelines. If “fuzziness” persists, verify the surface smoothness to ensure uniform contact with the thermal head. Every batch of EEsyln thermal material undergoes FINAT FTM 26 environmental resistance and mechanical stress tests to prevent image degradation in high-humidity storage.
| Technical Standard | Performance Focus | EEsyln Lab Specification |
|---|---|---|
| FINAT FTM 9 (Tack) | Initial Bond on Packaging | 12 – 16 N/25mm |
| FINAT FTM 1 (Peel) | 180° Label Adhesion | ≥ 9 N/25mm |
| FINAT FTM 8 (Shear) | High-Speed Printer Resistance | > 1000 min (Stability) |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Technical Audit Specialist in TAPPI T479 (Smoothness) and ISO Quality Management. All thermal diagnostic tests follow FINAT laboratory protocols to ensure peak printhead compatibility.
Wash-off labels utilize specialized adhesives that cleanly separate from PET flakes in a 65°C to 80°C alkaline bath. This ensures high-purity rPET yields, helping brands comply with EU PPWR 2026 recyclability mandates and avoid punitive “plastic taxes,” as verified by ISO 14001 environmental and TAPPI T411 caliper consistency standards.
Beyond compliance, wash-off technology prevents adhesive residue from contaminating recycled recyclate. This clean separation is critical for achieving a “Grade C” or higher recyclability rating under the new EU packaging framework. Every batch of EEsyln wash-off material is tested via FINAT FTM 26 environmental resistance protocols to ensure label integrity before the recycling phase.
| Technical Standard | Wash-off Parameter | EEsyln Lab Specification |
|---|---|---|
| Separation Temperature | Alkaline Bath (NaOH) | Clean Removal at 65°C – 80°C |
| FINAT FTM 9 (Tack) | Initial Bond on PET | 12 – 16 N/25mm |
| FINAT FTM 1 (Peel) | Adhesion Stability | ≥ 9 N/25mm (Pre-wash) |
Expert Insight by: Arthur Jiang, Head of R&D and Compliance @ EEsyln Lab
*Technical Audit Specialist in Sustainability Compliance. All recycling assessments follow APR (Association of Plastic Recyclers) and RecyClass laboratory protocols.
For Label Printers:
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SHANGHAI EESYLN NEW MATERIAL CO., LTD is a professional Manufacturer & Supplier specializing in self-adhesive label materials, which Located in Shanghai, China.
Add: No. 59 Shennan Rd, Minhang District, Shanghai, China
Email: info@eesyln.com
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