Development of Solid Hydrogen Dressings for Hydrogen Pads & H2 Sanitary Pad & H2 Diaper

Abstract
With the rapid development of hydrogen medicine and solid-state hydrogen storage technology, it has become possible to apply solid-state hydrogen technology to hygiene care products such as sanitary napkins, diapers, and panty liners. This article aims to analyze the development background, technical realization, product advantages, and market potential of solid-state hydrogen functional dressings, providing decision-making references for relevant enterprises and investors.

I. Technical Background and Industrial Integration

1. 1.

   Theoretical Foundation of Hydrogen Medicine
   Hydrogen gas (H₂), as a selective antioxidant, anti-inflammatory factor, and immune regulator, has been proven to have potential improvement effects on various chronic diseases and inflammation. Hydrogen molecules can penetrate cell membranes, neutralize harmful reactive oxygen species (ROS), reduce oxidative stress damage, and alleviate chronic inflammation by inhibiting inflammatory pathways (such as NF-κB). These characteristics give it broad application potential in care products, such as alleviating dysmenorrhea and skin inflammation.

2. 2.

   Development of Solid-State Hydrogen Storage Technology
   Solid-state hydrogen technology stabilizes hydrogen gas in solid carriers through physical adsorption or chemical bonding, such as metal hydrides (magnesium-based materials) and mineral hydrogen production materials. As a leading enterprise in the development of solid-state hydrogen technology and consumer product applications, Miqi Technology has successfully developed a variety of solid-state hydrogen material technology application products, such as hydrogen-rich filter elements, hydrogen water porcelain, hydrogen dressing film cloths, hydrogen ion soap, etc. The combination of solid-state hydrogen materials and consumer-grade scenarios has shown positive market potential. The development of this technology provides technical support for the application of hydrogen in hygiene care products.

3. 3.

   HI Hydrogen Element Combined with Fiber Materials
   Miqi Technology's solid-state hydrogen technology provides core material support for hydrogen health consumer goods. Its R&D solid-state hydrogen HI hydrogen element and dressing film cloth process product supply chain system can provide efficient and safe hydrogen release solutions for care products. By combining solid-state hydrogen materials with non-woven fabrics, nanofibers, and other materials, the developed slow-release hydrogen care products can meet consumers' diverse needs for health care.

II. Product Design and Technical Path

1. 1.Core Technological Innovation
   Slow-release hydrogen material design: Using Miqi Technology's solid-state hydrogen raw materials (such as HGI hydrogen element), combined with nanocomposite technology or photothermal responsive materials, hydrogen gas is released through hydrolysis reactions triggered by absorbing moisture, humidity, body fluids, or sweat, achieving continuous hydrogen supply.
   Sanitary napkins/panty liners: Implanting solid-state hydrogen chips, triggering hydrogen release through the absorption of moisture, body fluids, and sweat, improving the microenvironment of the private parts.
   Incontinence care pads/bedsores pads: Combining antibacterial hydrogen molecules with absorbent materials to reduce the risk of infection and promote wound healing.
   Maternity napkins/postoperative care pads: Utilizing the anti-inflammatory effects of hydrogen to reduce wound swelling and accelerate tissue repair.

III. Product Advantages and Technical Support

1. 1.

   Slow-release Technology and Safety
   Miqi Technology's solid-state hydrogen materials can release hydrogen gas under normal temperature and pressure when encountering moisture, body fluids, sweat, or photocatalysis, solving the difficulties of traditional hydrogen storage and transportation. For example, magnesium-based hydrogen storage materials have high hydrogen storage density and good safety, suitable for use in care products.

2. 2.

   Physiotherapy Function with Breathability and Comfort
   With distinctive care effects, the nanofiber membrane prepared by electrospinning technology has high breathability and good biocompatibility, which can improve the comfort of the product.

3. 3.

   No External Power Supply or Photocatalytic Equipment Required
   Only relying on environmental moisture to activate the reaction, suitable for life care scenarios, through aperture control and formula optimization, the hydrogen concentration is stable at 1-4%, avoiding explosion risks. The reaction by-product Mg(OH)₂ can be degraded into harmless magnesium ions with biocompatibility.

IV. Domestic and International Cases and Technical Benchmarking

1. 1.Existing International Similar Products and Technologies
   Japanese "Hydrogen Sanitary Napkins": Using photocatalytic titanium dioxide coating, releasing hydroxyl radicals through ultraviolet irradiation, mainly targeting antibacterial and odor control.
   American FlexiHeal Dressing: Integrating carbon nanotube hydrogen storage materials, triggering hydrogen release through body temperature, used for chronic wound care.

2. 2.Existing Domestic Representative Cases
   Goodbye Payne Soothing Care Sanitary Napkins (Photocatalytic Hydrogen Production)

Product Overview: A female hygiene care product that integrates innovative technology and health concepts, using photocatalytic hydrogen production technology, with built-in hydrogen function chip.
Technical Features: Photocatalytic solid-state hydrogen technology, pure physical pain relief mechanism, combination of hydrogen and oxygen ions.
Usage Effect: Real-person evidence-based testing shows that 67.3% of women see results after using 1-2 pieces, with an overall effective rate of up to 80.2%.
Miqi Technology HI Hydrogen Element Soothing Care - Hydrogen Function Sanitary Napkins/Panty Liner Chips

Product Overview: Using HI hydrogen element technology, efficiently and stably releasing hydrogen gas after encountering water.
Technical Features: HI hydrogen element solid-state hydrogen materials, hydrolysis reaction, soft and skin-friendly, lightweight design.
Application Scenarios: Sanitary napkins, functional panty liners.
Light Magic Cube Hydrogen Breathing Care Sanitary Napkins/Panty Liners

Product Overview: Using solid-state hydrogen technology, with built-in hydrogen function chip.
Technical Features: Solid-state hydrogen technology, hydrolysis reaction, high-absorption core, breathability.
Application Scenarios: Sanitary napkins, panty liners.

V. Market Prospects and Industry Potential

1. 1.Demand-Driven Factors
   Growth of functional hygiene products
   Aging and chronic disease care
   Policy support

2. 2.Commercialization Path
   Technology cost reduction: scale production, cross-sector cooperation
   Consumer education: KOL science popularization, clinical trials

3. 3.Challenges and Countermeasures
   Technical bottlenecks: release efficiency, lack of standardization
   Market risks: regulatory lag, consumer awareness

VI. Conclusion
The application of solid-state hydrogen functional dressings in the field of hygiene care marks the transition of hydrogen medicine from disease treatment to health management. By integrating materials science (solid-state hydrogen storage), flexible electronics (sensors), and clinical medicine, the new generation of "hydrogen chip" care products is expected to reshape the industry pattern. In the next 3-5 years, with the continuous advancement of technology and further expansion of the market, solid-state hydrogen functional dressings are expected to become a new highlight in the field of health care, providing a cross-growth pole for the hydrogen energy industry and healthy consumption.

氢健康应用拓展：固态氢敷料开发卫生巾功能芯片护垫类产品的研究分析

摘要

随着氢气医学和固态储氢技术的快速发展，将固态氢技术应用于卫生护理产品，如卫生巾、纸尿裤、护垫等，已成为可能。本文旨在分析固态氢功能敷料的开发背景、技术实现、产品优势以及市场潜力，为相关企业和投资者提供决策参考。

一、技术背景与产业融合

1. 氢医学的理论基础

氢气（H₂）作为一种选择性抗氧化剂、抗炎因子和免疫调节剂，已被证实对多种慢性疾病和炎症具有潜在的改善作用。氢气分子能够穿透细胞膜，中和有害活性氧（ROS），减轻氧化应激损伤，并通过抑制炎症通路（如NF-κB）缓解慢性炎症。这些特性使其在护理产品中具有广阔的应用潜力，例如缓解痛经、皮肤炎症等问题。

2. 固态储氢技术的发展

固态氢技术通过物理吸附或化学键合将氢气稳定储存于固态载体中，如金属氢化物（镁基材料）和矿物制氢材料。木齐科技作为固态氢技术及消费产品应用开发的领军企业，已成功开发了多种固态氢材料技术应用产品，如富氢滤芯、氢水瓷、氢敷料膜布、氢离子皂等系列产品，固态氢材料结合消费级场景展现了积极的市场潜力。这种技术的发展为氢气在卫生护理产品中的应用提供了技术支持。

3. HI氢素结合纤维材料

木齐科技的固态氢技术为氢健康消费品提供了核心材料支持，其研发的固态氢HI氢素和敷料膜布工艺产品供应链体系，能够为护理产品提供高效、安全的氢气释放解决方案。通过将固态氢材料与无纺布、纳米纤维等材料结合，开发出的缓释氢气护理产品，能够满足消费者对健康护理的多样化需求。

二、产品设计与技术路径

1. 核心技术创新

• 缓释氢材料设计：采用木齐科技的固态氢原料（如HGI氢素），结合纳米复合技术或光热响应材料，通过吸收水分、湿气、体液或汗液等发生水解反应释放氢气，实现持续的氢气供应。

• 卫生巾/护垫：植入固态氢芯片，通过水分、体液、汗液吸收触发氢气释放，改善私处微环境。

• 失禁护理垫/褥疮垫：结合抗菌氢分子与吸水性材料，降低感染风险，促进创面愈合。

• 产妇巾/术后护理垫：利用氢气的抗炎作用，减少伤口红肿，加速组织修复。

三、产品优势与技术支撑

1. 缓释技术与安全性

木齐科技的固态氢材料能够在常温常压下遇湿气、体液、汗液或者光催化释放氢气，解决了传统氢气储存和运输的难题。例如，镁基储氢材料的储氢密度高且安全性好，适合用于护理产品。

2. 理疗功能基础上兼顾透气性与舒适性

具备特色护理功效，采用静电纺丝技术制备的纳米纤维膜具有高透气性和良好的生物相容性，能够提升产品的舒适性。

3. 无需外部电源或光催化设备

仅依赖环境水分激活反应，适配生活护理场景，通过孔径控制与配方优化，氢气浓度稳定在1-4%，规避爆炸风险。反应副产物Mg(OH)₂可降解为无害镁离子具备生物相容性。

四、国内外案例与技术对标

1. 现有国际同类产品与技术

• 日本“水素卫生巾”：采用光催化二氧化钛涂层，通过紫外线照射释放氢氧自由基，主打抑菌与异味控制。

• 美国FlexiHeal敷料：集成碳纳米管储氢材料，通过体温触发释放氢气，用于慢性伤口护理。

2. 现有国内代表案例

• 再见佩恩舒缓护理卫生巾（光催化制氢）

  • 产品概述：融合了创新科技与健康理念的女性卫生护理产品，采用光催化制氢技术，内置氢气功能芯片。

  • 技术特点：光催化固态氢技术、纯物理止痛机理、氢氧离子结合。

  • 使用效果：真人循证测试显示，67.3%的女性在使用1-2片后就见效，整体使用有效率高达80.2%。

• 木齐科技HI氢素舒缓护理-氢气功能卫生巾/护垫芯片

  • 产品概述：采用HI氢素技术，遇水后高效、稳定地释放氢气。

  • 技术特点：HI氢素固态氢材料、水解反应、柔软亲肤、轻薄设计。

  • 应用场景：卫生巾、功能护垫。

• 轻魔方氢呼吸护理卫生巾/护垫

  • 产品概述：采用固态氢技术，内置氢气功能芯片。

  • 技术特点：固态氢技术、水解反应、高吸收芯体、透气性。

  • 应用场景：卫生巾、护垫。

五、市场前景与行业潜力

1. 需求驱动因素

• 功能性卫生用品增长

• 老龄化与慢病护理

• 政策支持

2. 商业化路径

• 技术降本：规模化生产、跨界合作

• 消费者教育：KOL科普、临床试验

3. 挑战与对策

• 技术瓶颈：释放效率、标准化缺失

• 市场风险：法规滞后、消费者认知

六、结论

固态氢功能敷料在卫生护理领域的应用，标志着氢医学从疾病治疗向健康管理的跨越。通过融合材料科学（固态储氢）、柔性电子（传感器）与临床医学，新一代“氢芯片”护理产品有望重塑行业格局。未来3-5年，随着技术的不断进步和市场的进一步拓展，固态氢功能敷料有望成为健康护理领域的新亮点，为氢能产业与健康消费的交叉增长极。