As electronic paper (ePaper) technologies continue to mature, application-oriented standards are increasingly shaping how ePaper is adopted across logistics, offices, and information display systems. In recent years, multiple national and industry-level standards in China have formally incorporated ePaper as a core enabling technology. These developments not only clarify technical requirements, but also signal a broader transition of ePaper from an innovative display solution to a recognized digital infrastructure supporting intelligent, low-carbon transformation across industries.
ePaper Enters National Standards for Smart Logistics
A significant milestone was reached with the implementation of GB/T 43283-2023 “Reusable Packaging Boxes for Express Delivery”, a national standard issued under the National Postal Industry Standardization Technical Committee (SAC/TC462) and officially enforced in June 2024.
This standard reflects global advances in information technology and evolving societal needs, introducing requirements related to electronic paper displays, anti-theft technologies, labeling systems, and circular operation management platforms. Beyond defining technical specifications for reusable packaging boxes themselves, the standard explicitly identifies ePaper labels as next-generation labeling technology for circular packaging systems.
In its annexes, the standard provides detailed descriptions of passive labels, active labels, and intelligent labels, including their technical parameters and performance requirements. By formally positioning ePaper labels within the national logistics standard GB/T 43283-2023, this standard establishes a clear pathway for upgrading traditional express delivery systems toward smarter, more sustainable, and more traceable operations.
Why This Matters for the Postal and Express Industry
The inclusion of ePaper labels in express packaging standards has far-reaching implications. Reusable packaging systems require labels that are durable, low-power, updateable, and suitable for repeated circulation. Traditional paper labels struggle to meet these requirements, while emissive electronic displays introduce cost, power, and reliability challenges.
ePaper, with its static zero-power display, high readability, and long operational life, aligns naturally with the needs of circular logistics. Standard recognition accelerates adoption by reducing uncertainty for operators and solution providers, enabling large-scale deployment across postal and express networks.
More broadly, this standard demonstrates how ePaper can function as a foundational technology for intelligent logistics, rather than a niche display component.
The Rise of Wireless, Paperless Meeting Systems
In parallel with logistics applications, ePaper is gaining traction in the smart office domain. Products such as ePaper desk nameplates, door signs, meeting notebooks, and interconnected wireless conference systems are increasingly deployed in government offices, enterprises, and conference venues.
Compared with traditional wired conference systems, wireless ePaper-based solutions offer several clear advantages:
No wiring required, simplifying installation and retrofitting
Low carbon footprint, thanks to ultra-low power consumption
Ease of deployment and maintenance, especially in dynamic meeting environments
High long-term cost-effectiveness, due to reusability and long device lifecycles
These benefits make ePaper well-suited for modern offices seeking flexible, low-carbon digital transformation.
The Standardization Gap in Smart Office Applications
Despite growing adoption, smart office ePaper products currently lack unified standards and certification systems. In procurement and tendering processes, it is often difficult to objectively compare product quality, reliability, and performance across different suppliers.
Without standardized benchmarks, buyers may struggle to assess differences in display readability, battery life, system stability, or long-term durability. This gap limits wider adoption, particularly in public-sector and large-enterprise projects where compliance and verification are critical.
The experience of other ePaper application domains suggests that clear standards and testing methods are essential to unlocking large-scale deployment and fair market competition.
Breakthroughs in Readability and Visual Fatigue Standards
Important progress has been made in addressing this gap. In November 2023, the China Video Industry Association (CVIA) officially released the group standard T/CVIA 130-2023 “Visual Fatigue Test and Evaluation Methods – Part 3: Readability Test and Evaluation Methods for Electronic Paper”.
This marked the first standardized testing framework specifically focused on ePaper readability. By establishing objective evaluation methods for visual comfort and reading performance, the standard helps normalize performance expectations and guides product optimization.
Readability is a defining advantage of ePaper, especially in long-duration usage scenarios such as reading, note-taking, and information reference. Formalizing its evaluation strengthens ePaper’s credibility as a health-oriented display technology.
New Standards for Communication-Enabled ePaper Displays
Further expanding application coverage, in 2024, the Telecom Terminal Industry Association released two group standards targeting communication-enabled ePaper terminals:
Technical Requirements and Test Methods for Communication-Enabled E-ink Business Information Display Boards
These standards define system-level requirements for ePaper displays integrated with communication modules, addressing performance, reliability, and testing methodologies. They provide guidance for applications such as digital advertising, commercial information displays, and connected signage, reinforcing ePaper’s role in smart public and commercial environments.
Why Application Standards Are Critical for ePaper’s Next Phase
Together, these standards illustrate a clear trend: ePaper is moving beyond component-level innovation into application-driven standardization. By embedding ePaper into national and industry standards, regulators and associations are recognizing its suitability for low-carbon, reusable, and intelligent systems.
Application standards reduce uncertainty, support interoperability, and enable procurement decisions based on transparent performance criteria. They also encourage manufacturers to focus on long-term reliability and user experience, rather than short-term differentiation.
As more standards emerge, ePaper is increasingly positioned as a trusted digital infrastructure technology rather than an experimental alternative.
Future Outlook: From Innovation to Infrastructure
The ongoing expansion of standards in logistics, offices, readability testing, and communication-enabled displays suggests that ePaper is entering a new stage of maturity. Future standardization efforts are likely to further address system integration, lifecycle management, and cross-industry interoperability, supporting wider adoption in smart cities and industrial digitalization.
For enterprises and public institutions, standardized ePaper solutions offer a pathway to paperless, energy-efficient, and intelligent operations aligned with sustainability goals.
The ongoing expansion of standards in logistics, offices, readability testing, and communication-enabled displays suggests that ePaper is entering a new stage of maturity. Future standardization efforts are likely to further address system integration, lifecycle management, and cross-industry interoperability, supporting wider adoption in smart cities and industrial digitalization.
As these frameworks continue to evolve, solution providers such as SEEKINK play an important role in translating standards into practical deployments. By developing reliable and application-ready ePaper technologies aligned with emerging industry requirements, SEEKINK helps support the broader adoption of standardized ePaper solutions for paperless, energy-efficient, and intelligent operations.
