以标准为翼，领航未来：曼恩斯特借力团体标准，驱动固态电池产业新突破

来源：市场资讯

（来源：曼恩斯特）

01

标准之源

协会引领，共筑产业新基

标准名称：《固态电池干法电极设备技术规范》

标准编号：T/TMAC 256-2025

归口与发布单位：中国技术市场协会

发布与实施日期：2025年11月11日

面对固态电池产业对高效、绿色制造工艺的迫切需求，以及干法电极设备领域缺乏统一规范的发展瓶颈，中国技术市场协会以前瞻性的产业视野，主动发起并归口管理了本项关键团体标准的制定工作。

中国技术市场协会充分发挥其汇聚产学研资源的平台优势与专业权威，精准组织并统筹了深圳市曼恩斯特科技股份有限公司在内的产业链上下游共18家领军企业及单位，共同组建标准编制工作组。

在协会的高效组织与专业指导下，编制工作历经多轮深入研讨、严谨论证与实践反馈，确保了标准内容的科学性、先进性与广泛的产业适用性。

中国技术市场协会领导发表论坛主旨报告

团体标准发布仪启动式

2025年11月11日，在湖北十堰举办的“2025科技成果转化交易大会暨第十二届科技服务业论坛”上，中国技术市场协会隆重发布了包括本规范在内的9项新能源汽车关键领域团体标准。

团体标准发布仪式

第十二届科技服务业论坛会场

此次发布，是协会推动战略性新兴产业技术创新、加速科技成果向现实生产力转化的里程碑式举措。本标准的发布，不仅为半固态电池的规模化量产提供了至关重要的工艺与设备依据，更彰显了协会在构建高水平标准体系、引领产业高质量发展中的核心枢纽与驱动作用。

02

躬身实践

从深度参编到全面对标

以标准重塑产品体系

作为本标准的重要参编单位，深圳市曼恩斯特科技股份有限公司（以下简称“曼恩斯特”）深度参与标准制定，并率先将其转化为企业创新与升级的行动纲领，实现了从技术到市场的全方位价值提升。

从经验到准则：将工艺积淀写入行业规范

曼恩斯特凭借在高精密涂布、粉体处理领域的深厚技术积累，在协会搭建的标准平台上，积极贡献了在“干法成膜”、“固态电解质薄涂”及工艺精度控制方面的核心知识与数据。通过将自身的最佳实践转化为标准中的技术条款，曼恩斯特不仅助力解决了行业“设备接口不一、工艺波动大”的痛点，也确立了自身在固态电池干法装备领域的技术话语权与先发优势。

固态电池极片干湿法系统解决方案

从对标到超越：以标准驱动设备性能跃升

标准发布后，曼恩斯特立即开展全方位的技术对标与升级，从三个维度实现产品力重塑：

01 架构标准化重构

依据标准明确的八大核心系统，对自研的固态电解质干法成膜一体机进行模块化重构，实现“粉体预处理-成膜-辊压-收卷”四大模块的接口统一与“即插即用”，并集成气氛保护系统，完美满足标准对硫化物等敏感材料的严苛环境要求。

02 工艺精控化升级

将标准中对面密度一致性、厚度公差的严苛要求作为设备性能的“及格线”，引入自研高精度在线测量与闭环控制系统，实现工艺参数的实时比对与自动修正，确保极片质量持续稳定优于标准。

03 安全与能效双优化

全面对标安全与能效指标。采用防爆防腐设计、增设粉尘监测与灭火装置；应用变频驱动与热能回收技术，使设备单位能耗降至标准规定值的80%，构建起安全、智能、绿色的产线解决方案。

从研发到质控：

构建贯穿全流程的标准化管理体系

曼恩斯特将标准要求内化至企业运营全流程，确保从研发到交付的每一步都“有标可依，对标达标”：

研发聚焦标准难点：成立专项组攻关“纤维化均匀性”与“材料兼容性”，开发出多级剪切纤维化等核心技术，并推出覆盖氧化物、硫化物、聚合物三类电解质的差异化工艺包，实现“一机多料”，设备兼容性行业领先。

生产与质控严守标准红线：依据标准制定关键零部件采购规范，实施核心部件100%上机前检测。建立基于标准的出厂验收流程，确保每台交付设备100%通过连续运行、安全联锁等测试，性能符合甚至超越标准。

混合纤维化设备（正负极均可）

03

价值彰显

标准驱动下的商业成功与行业贡献

践行标准为曼恩斯特带来了多维度的价值兑现，印证了参与标准工作的巨大商业与战略意义。

核心竞争力与市场突破

通过将标准深度融入产品，曼恩斯特的干法成膜设备在关键性能指标上实现了对行业平均水平的显著超越。所产极片质量（如压实密度、界面结合力）达国际先进水平，设备成膜合格率在国内某头部固态电池企业的GWh级示范线上持续高于98%。这直接推动了市场订单的增长，助力公司成功从“涂布模头专家”转型为“干法装备整体解决方案提供商”，市场地位与品牌影响力大幅增强。

干法成膜复合

自支撑膜双辊减薄

引领行业生态规范化

曼恩斯特不仅是标准的执行者，更是标准推广的先行者。通过为客户提供基于标准的高性能设备与解决方案，有效带动了产业链上下游的协同升级。标准的应用解决了长期困扰行业的互操作性与良率瓶颈，推动了固态电池干法制造从分散、非标的初级阶段，向高效、规范、可规模化复制的成熟阶段演进。

践行绿色制造，赋能产业低碳转型

干法工艺本身具备“无溶剂、免烘干”的绿色基因。曼恩斯特通过严格对标并持续优化设备能效，将这一环保优势最大化。其低能耗、高效率的装备为客户实现绿色低碳生产提供了强大工具，为我国新能源产业的可持续发展与国家“双碳”目标的实现做出了切实贡献。

04

未来征程

协同创新，持续引领

展望未来，曼恩斯特将继续在中国技术市场协会的领导下，积极履行标准参编单位的责任，不仅是标准的应用者，更要做标准的推动者。我们将持续跟踪固态电池材料与工艺演进，积极参与标准的迭代修订，推动将AI工艺优化、智能闭环控制等前沿技术纳入标准体系。曼恩斯特愿以标准为基石，与产业链伙伴携手攻克量产难题，共同推动我国固态电池产业的高质量发展，为全球能源转型贡献更多的中国智慧与中国方案。

I. Origin of Standards: Led by the Association, Forging a New Foundation for the Industry

Standard Name: Technical Specification for Dry Electrode Equipment of Solid-State Batteries

Standard No.: T/TMAC 256-2025

Competent and Issuing Body: China Technology Market Association

Release & Implementation Date: November 11, 2025

Against the backdrop of the solid-state battery industry’s urgent demand for efficient and eco-friendly manufacturing processes, as well as the bottleneck stemming from the lack of unified specifications for dry electrode equipment, the China Technology Market Association took a forward-looking industrial perspective to initiate and administer the formulation of this key group standard.

Leveraging its strengths as a platform integrating resources from enterprises, universities and research institutions, as well as its professional authority, the Association organized and coordinated a total of 18 leading enterprises and organizations across the industrial chain, including Shenzhen Manst Technology Co., Ltd., to set up a standard compilation working group. Under the Association’s efficient organization and professional guidance, the compilation went through multiple rounds of in-depth discussions, rigorous verification and practical feedback, ensuring the standard is scientific, advanced and widely applicable across the industry.

On November 11, 2025, the China Technology Market Association officially released nine group standards for key new energy vehicle sectors including this specification at the 2025 Science and Technology Achievement Transformation & Trading Conference and the 12th Forum on Science and Technology Service Industry held in Shiyan, Hubei Province. This release marks a milestone for the Association in boosting technological innovation in strategic emerging industries and accelerating the conversion of scientific and technological achievements into real productive forces. This standard not only provides essential process and equipment guidelines for the large-scale mass production of semi-solid batteries, but also highlights the Association’s core role as a hub and driving force in building a high-standard system and leading the high-quality development of the industry.

II. Practical Implementation: From In-depth Participation to Full Compliance, Reshaping Product System via Standards

As a key participating organization in formulating this standard, Shenzhen Manst Technology Co., Ltd. (hereinafter referred to as "Manst") took an active part in the standard development. It has taken the lead in translating the standard into guidelines for corporate innovation and upgrading, achieving all-round value enhancement from technology to market application.

1. From Practical Experience to Industry Norms: Transforming Process Expertise into Industrial Specifications

Boasting profound technological expertise in high-precision coating and powder processing, Manst contributed its core know-how and data concerning dry film formation, thin coating of solid electrolytes and process precision control on the standard development platform built by the Association. By translating its best practices into technical clauses of the standard, Manst has helped address industrial pain points such as inconsistent equipment interfaces and unstable process performance. Meanwhile, the company has consolidated its technological influence and first-mover advantages in the field of dry-process equipment for solid-state batteries.

2. From Benchmarking to Excellence: Driving Equipment Performance Upgrade with Standards

Following the standard release, Manst launched comprehensive technical benchmarking and upgrading initiatives to revamp its product capabilities in three aspects:

Restructuring for Standardized Architecture: In accordance with eight core systems defined in the standard, the company carried out modular reconstruction on its independently developed all-in-one machine for dry film formation of solid electrolytes. It realized unified interfaces and plug-and-play functionality across four modules: powder pre-treatment, film formation, calendaring and winding. Equipped with an atmosphere protection system, the equipment fully meets the stringent environmental requirements for sensitive materials such as sulfides.

Upgrading for Precise Process Control: Taking the standard’s strict requirements on areal density consistency and thickness tolerance as the baseline for equipment performance, Manst deployed self-developed high-precision on-line measurement and closed-loop control systems. These systems enable real-time comparison and automatic correction of process parameters, ensuring the quality of electrode sheets consistently exceeds standard requirements.

Dual Optimization of Safety and Energy Efficiency: The company fully aligned its products with relevant safety and energy efficiency indicators. It adopted explosion-proof and anti-corrosion designs, and added dust monitoring and fire suppression devices. With variable frequency drive and heat recovery technologies applied, the unit energy consumption of the equipment is reduced to 80% of the value specified in the standard, delivering a safe, intelligent and eco-friendly production line solution.

3. From R&D to Quality Control: Building a Full-process Standardized Management System

Manst has embedded standard requirements into all corporate operations, ensuring every link from R&D to product delivery follows and complies with the standards.

R&D targeting standard challenges: A dedicated team was established to tackle difficulties in fiberization uniformity and material compatibility. Core technologies including multi-stage shear fiberization were developed. Differentiated process packages applicable to oxide, sulfide and polymer electrolytes were launched, enabling one machine to process multiple materials and leading the industry in equipment compatibility.

Production and quality control adhering to standard red lines: The company formulated procurement specifications for key components in line with the standard, and conducts 100% pre-installation inspection on all core parts. A standard-based factory acceptance procedure is implemented to ensure every delivered equipment passes tests including continuous operation and safety interlock, with performance meeting or exceeding standard criteria.

III. Value Demonstration: Commercial Success and Industrial Contributions Driven by Standards

The implementation of standards has delivered multi-dimensional value to Manst, demonstrating the great commercial and strategic significance of participating in standard formulation.

1. Enhanced Core Competitiveness and Market Expansion

By fully integrating standards into product development, Manst’s dry film formation equipment has outperformed the industry average in key performance indicators. The quality of produced electrode sheets, such as compaction density and interfacial adhesion strength, has reached world-class levels. On the gigawatt-scale demonstration production line of a leading domestic solid-state battery enterprise, the film formation yield of Manst’s equipment remains above 98%. This has directly driven the growth of market orders and facilitated the company’s transformation from a professional supplier of coating dies to a total solution provider for dry-process equipment, greatly elevating its market position and brand influence.

2. Promoting Standardized Industrial Ecosystem

Beyond complying with the standards, Manst acts as a pioneer in standard promotion. By delivering high-performance equipment and solutions complying with the standards to clients, it has driven coordinated upgrading across the industrial chain. The application of the standards has resolved long-standing industrial bottlenecks including poor interoperability and low yield, advancing the dry manufacturing of solid-state batteries from a fragmented and non-standard initial stage to an efficient, standardized and scalable mature phase.

3. Practicing Green Manufacturing to Support Low-carbon Industrial Transition

The dry process is inherently eco-friendly with no solvent usage and no drying required. By strictly complying with standards and continuously optimizing equipment energy efficiency, Manst has maximized such environmental advantages. Its low-energy and high-efficiency equipment empowers clients to achieve green and low-carbon production, making solid contributions to the sustainable development of China’s new energy industry and the national dual-carbon goals.

IV. Future Outlook: Collaborative Innovation and Sustained Leadership

Going forward, under the guidance of the China Technology Market Association, Manst will continue to fulfill its responsibilities as a standard participating organization. The company aims to be not only a standard adopter, but also a standard promoter. It will keep track of the evolution of solid-state battery materials and processes, and actively participate in standard revision and iteration, striving to incorporate cutting-edge technologies such as AI-based process optimization and intelligent closed-loop control into the standard system.

Taking standards as the cornerstone, Manst is willing to work with partners across the industrial chain to tackle challenges in mass production, jointly advance the high-quality development of China’s solid-state battery industry, and contribute Chinese wisdom and solutions to the global energy transition.

编辑 | 阿聪

审核 | 魏小姐