华阳富瑞邦
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卓越专注领航未来
Excellent focus on leading the future
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华阳新材料科技集团，是勇担“在转型发展上率先蹚出一条新路来”历史使命，由世界500强企业——阳煤集团整体更名而来的高科技新材料产业集团。
华阳新材料科技集团前身为原阳泉矿务局，1950年1月成立。1998年2月整体改制为阳煤集团，是原山西五大煤炭集团之一。阳煤集团是全国最大的无烟煤生产基地，建企70余年来，累计生产煤炭20亿吨以上，上缴税费2000亿元以上，为保障国家能源供给和新中国工业基础体系建设做出了卓越贡献。2020年9月15日，省政府第26次省长办公会研究决定，将原阳煤集团更名为华阳新材料科技集团有限公司，2020年10月27日，华阳新材料科技集团正式挂牌，开启了转型发展新征程。
华阳新材料科技集团拥有山西华阳集团新能股份有限公司和山西华阳新材料股份有限公司两个上市公司，拥有煤矿10座，核定生产能力2860万吨/年，共有在册职工5.83万人。与中科院、北京大学、浙江大学、中国矿业大学、大连化物所等数十所顶尖高校、院所，和华为公司、中国移动等数十家一流企业合作，打造集科研、产业、资本为一体的协同创新生态系统。目前，拥有研发创新平台47个，研发技术人员1730余人，其中院士7名。
华阳新材料科技集团以“双碳”战略为引领，大力实施“双轮驱动”发展战略，坚持立足煤、做强煤，做强做大传统煤炭优势产业，全面提升产业发展的“含金量”“含新量”“含绿量”；坚持延伸煤、超越煤，整合成立华阳产业技术研究总院，做精做优钠离子电池全产业链、高端碳纤维、煤层气制金刚石、PBAT可降解塑料、纳米纤维空气净化材料等新能源新材料产业，努力蹚出一条产业优、质量高、效益好、可持续的高质量发展新路。
公司简介
華麗轉型
陽光未來
Huayang New Materials Technology Group is a high-tech new materials industry group that bravely undertakes the historical mission of "pioneering a new path in transformation and development", and is renamed from Yangmei Group, a Fortune 500 enterprise.
Huayang New Materials Technology Group, formerly known as Yangquan Mining Bureau, was established in January 1950. In February 1998, it was restructured as Yangmei Group, which was one of the five major coal groups in Shanxi Province. Yangmei Group is the largest smokeless coal production base in China. Over the past 70 years since its establishment, it has produced over 2 billion tons of coal and paid over 200 billion yuan in taxes and fees. It has made outstanding contributions to ensuring national energy supply and the construction of the new China's industrial infrastructure. On September 15, 2020, the 26th Provincial Governor's Office Meeting of the Provincial Government decided to rename the original Yang Coal Group to Huayang New Materials Technology Group Co., Ltd. On October 27, 2020, Huayang New Materials Technology Group was officially listed, embarking on a new journey of transformation and development.
Huayang New Materials Technology Group owns two listed companies, Shanxi Huayang Group New Energy Co., Ltd. and Shanxi Huayang New Materials Co., Ltd. It has 10 coal mines, an approved production capacity of 28.6 million tons per year, and a total of 58300 registered employees. Collaborating with dozens of top universities and institutes such as the Chinese Academy of Sciences, Peking University, Zhejiang University, China University of Mining and Technology, and Dalian Institute of Chemical Physics, as well as dozens of first-class enterprises such as Huawei and China Mobile, we aim to create a collaborative innovation ecosystem that integrates scientific research, industry, and capital. At present, there are 47 R&D innovation platforms and more than 1730 R&D technical personnel, including 7 academicians.
Huayang New Materials Technology Group, guided by the "dual carbon" strategy, vigorously implements the "dual wheel drive" development strategy, adheres to the principle of focusing on coal, strengthening coal, and expanding the traditional coal advantage industry, comprehensively enhancing the "gold content", "new content", and "green content" of industrial development; Adhere to extending coal and surpassing coal, integrate and establish Huayang Industrial Technology Research Institute, refine and optimize the entire industry chain of sodium ion batteries, high-end carbon fibers, coalbed methane to diamond, PBAT degradable plastics, nanofiber air purification materials and other new energy and new material industries, and strive to forge a new path of high-quality development with excellent industry, high quality, good efficiency, and sustainability.
嘉兴富瑞邦新材料科技有限公司成立于2018年，办公总部坐落于上海，研发及生产基地坐落于浙江省嘉兴市平湖市国家级经济开发区红星路258号，2020年被评为国家高新技术企业和浙江省”专精特新“企业，是一家专注于高端功能纤维新材料研发、生产与销售的高科技型公司。富瑞邦作为气体净化及高温热管理领域的先进材料专业制造商，拥有多项核心专利技术，致力于为全球专业领域客户提供创新、变革、独特的解决方案。公司拥有院士工作站、博士后流动站、省级研发中心，技术团队在功能纤维新材料领域拥有超过20年的研究经验，所开发的产品在众多应用领域具有卓越的性能表现。
主要产品有纳米纤维基颗粒物净化材料、抗菌空气净化材料、高效低阻熔喷纤维滤材、气体污染物伴化分解材料及柔性陶瓷纳米纤维耐高温隔热材料。公司同中国工程院院士团队、国家杰青教授团队实现了产学研一体化合作，联合开发了新型纳米纤维空气净化材料、纳米催化除醛材料、纳米杀菌杀病毒材料及柔性陶瓷纳米纤维耐高温隔热材料等全球领先纳米新材料。公司始终坚持“创新、改变、拥抱未来”的经营理念，在全体员工的不懈努力下于2021年荣获“浙江省领军创新创业团队”、“上海市科技进步一等奖”、中国国际“互联网”（教育部）创新创业大赛金奖，于2020年荣获“中国纺织工业联合会（省部级）科技进步一等奖”、浙江省“火炬杯”新材料行业大赛第一名、平湖市科技人才”先进单位“,2019年荣评“浙江嘉兴市创新创业领军企业”、平湖市“四新经济”优秀企业，2018年荣评“浙江平湖市创新创业领军企业”、广东省室内空气净化行业协会授予“优质材料供应商”称号，并承担了多项市级重大项目。
Company
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公司简介
Jiaxing Furuibang New Materials Technology Co., Ltd. was established in 2018, with its headquarters located in Shanghai and its research and development and production base located at No. 258 Hongxing Road, Pinghu National Economic Development Zone, Jiaxing City, Zhejiang Province. In 2020, it was rated as a national high-tech enterprise and a "specialized, refined, special, and new" enterprise in Zhejiang Province. It is a high-tech company that focuses on the research and development, production, and sales of high-end functional fiber new materials. As an advanced material professional manufacturer in the fields of gas purification and high-temperature thermal management, Furuibang has multiple core patented technologies and is committed to providing innovative, transformative, and unique solutions to global professional clients. The company has academician workstations, postdoctoral mobile stations, and provincial-level research and development centers, and its technical team specializes in functional fiber new materials. With over 20 years of research experience in the field of materials, the products developed have excellent performance in numerous application fields.
The main products include nanofiber based particle purification materials, antibacterial air purification materials, high-efficiency and low resistance melt blown fiber filter materials, gas pollutant co decomposition materials, and flexible ceramic nanofiber high-temperature insulation materials. The company has realized the integration of production, learning and research with the team of academicians of the CAE Member and the team of national distinguished professors, and has jointly developed new nano fiber air purification materials, nano catalytic formaldehyde removal materials, nano bactericidal and virus killing materials, flexible ceramic nano fiber high-temperature resistant and heat insulation materials and other world leading new nano materials. The company has always adhered to the business philosophy of "innovation, change and embracing the future". With the unremitting efforts of all employees, it won the "Leading Innovation and Entrepreneurship Team of Zhejiang Province", "First Prize of Shanghai Science and Technology Progress", Gold Award of China International "Internet" (Ministry of Education) Innovation and Entrepreneurship Competition in 2021, "First Prize of China Textile Industry Federation (provincial and ministerial level) Science and Technology Progress" in 2020, first prize of Zhejiang "Torch Cup" New Material Industry Competition, "exemplary organization of Pinghu City's scientific and technological talents", "Zhejiang Jiaxing Innovation and Entrepreneurship Leading Enterprise" in 2019, "Four New Economies" excellent enterprise in Pinghu City, "Zhejiang Pinghu Innovation and Entrepreneurship" in 2018 Leading Enterprise ", Guangdong Indoor Air Purification Industry Association awarded the title of" High Quality Material Supplier ", and undertook a number of municipal major projects.
OUr success--
我们的实力
Company
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公司简介
华阳富瑞邦（上海）新材料科技有限公司是国有控股、专业从事尖端纳米新材料产品制造的高新技术型企业，由华阳集团、嘉兴富瑞邦以及东华大学三方“产、学、研”合作深度绑定，于2021年在上海合资成立。公司控股股东华阳集团是世界500强企业，拥有2家上市公司。股东嘉兴富瑞邦是国家高新技术企业和国家级“专精特新”小巨人企业。
公司依托华阳集团资本支持、东华大学院士团队技术迭代及嘉兴富瑞邦高产业化水平三大优势，实现了产学研一体化深度结合，兼具“研发创新平台”、“成果转化推广平台”、“纳米纤维材料高端人才引育平台”三大功能。
公司围绕高分子气凝胶高端保暖纤维、低阻高效过滤纤维以及耐高温柔性陶瓷纳米纤维进行下游应用开发和产品定制开发，为客户需求提供全套解决方案。面向军事装备、航空航天、工业及民用空气净化、新风净化系统、汽车过滤、给排水净水、油水分离、现代化畜牧业、造纸业、高端保暖等多个领域，市场规模庞大，是国内极具发展潜力的高精尖企业。
目前公司已经在全国范围内布局高端保暖材料市场以及空气过滤市场开发，相关产品可实现对3M、唐纳森、新雪丽等国外高端品牌产品的进口替代，并且与际华集团、华阳集团等优质客户建立合作关系。
公司奉行“致力服务客户共领绿色生活”的经营理念，为全球专业领域客户提供定制化解决方案，凭借强大的技术迭代研发能力，雄厚的人才、资本团队支持，精益求精的工匠精神，开发出高性能纳米材料，打破国外技术垄断，提升我国相关材料行业的国际话语权，同时，也为消费者带来美好生活新体验。
赵兴雷
总经理
Huayang Furui Bang (Shanghai) New Materials Technology Co., Ltd. is a high-tech enterprise that is state-owned and specializes in the manufacturing of cutting-edge nano new materials. It is deeply bound by the cooperation of Huayang Group, Jiaxing Furui Bang, and Donghua University in terms of production, education, and research. It was jointly established in Shanghai in 2021. Huayang Group, the controlling shareholder of the company, is a Fortune 500 company with two listed companies. Jiaxing Furuibang, as a shareholder, is a national high-tech enterprise and a national level "specialized, refined, and innovative" small giant enterprise.
The company relies on the three major advantages of Huayang Group's capital support, Donghua University academician team's technological iteration, and Jiaxing Furuibang's high industrialization level to achieve deep integration of industry, academia, and research. It also has three major functions: "R&D innovation platform", "achievement transformation promotion platform", and "high-end talent introduction platform for nanofiber materials".
The company focuses on the downstream application development and product customization development of high molecular gas gel high-end thermal fiber, low resistance high-efficiency filter fiber and high softness resistant ceramic nanofiber, to provide customers with a full range of solutions. Facing multiple fields such as military equipment, aerospace, industrial and civilian air purification, fresh air purification systems, automotive filtration, water supply and drainage purification, oil-water separation, modern animal husbandry, paper making, high-end heating, etc., with a huge market size, it is a high-precision and cutting-edge enterprise with great development potential in China.
At present, the company has laid out the development of high-end insulation materials and air filtration markets nationwide, and related products can achieve import substitution for foreign high-end brand products such as 3M, Donaldson, and New Sherry. It has also established cooperative relationships with high-quality customers such as Jihua Group and Huayang Group.
The company adheres to the business philosophy of "dedicated to serving customers and sharing a green life", providing customized solutions for global professional clients. With strong technological iteration and research and development capabilities, strong talent and capital team support, and a spirit of striving for excellence, the company develops high-performance nanomaterials, breaks foreign technological monopolies, and enhances the international discourse power of China's related materials industry. At the same time, It also brings new experiences of a better life to consumers.
1、可喷涂多功能纳米纤维水凝胶的可控制备及其促进伤口愈合机制研究，“政府间国际科技创新合作”重点专项项目，2021-2023
2、高分子纳米纤维材料，国家自然科学基金杰出青年项目，2020-2024
3、聚合物模板法柔韧陶瓷纳米纤维的可控制备及诱导成型机制研究，国家自然科学基金面上项目，2019-2022
4、陶瓷纳米纤维材料的柔性弹性化设计及其机制研究，上海市科学技术委员会优秀学术带头人计划项目，2018-2021
5、环境催化用高强度TiO2纳米纤维材料的可控制备及其强韧化机制研究，上海市教育委员会重大项目，2017-2022
6、絮状纳米纤维保暖材料的可控制备及其热输运机制研究，国家自然科学基金面上项目，2017-2020
7、“高效低阻空气过滤纤维材料产业化及应用技术”项目课题：纳米纤维工业滤纸产业化及应用技术，国家科技支撑计划，2015-2017
8、无机氧化物纳米纤维微观结构与柔韧性关系的基础研究，国家自然科学基金联合基金项目，2013-2015
9、拦截病毒用纳米蛛网过滤膜的可控制备及成型机理研究，国家自然科学基金面上项目，2012-2015
10、功能纳米纤维材料，国家自然科学基金优秀青年项目，2014-2016
丁彬
国家环境保护纺织工业污染防治工程技术中心副主任、东华大学科学技术研究院院长、东华大学纺织科技创新中心副主任
国家杰青；教育部长江学者特聘教授、科技部中青年科技创新领军人才、国家环境保护纺织工业污染防治工程技术中心副主任，上海市曙光学者
2014年美国纤维协会杰出成就奖获得者、国家自然科学基金委优秀青年
技术顾问
1. Research on controllable preparation of sprayable multi-functional nanofiber hydrogel and its mechanism for promoting wound healing, key special project of "intergovernmental international scientific and technological innovation cooperation", 2021-2023
2. Polymer nanofiber materials, National Natural Science Foundation of China Outstanding Youth Program, 2020-2024
3. Controllable preparation and induction molding mechanism of flexible ceramic nanofibers using polymer template method, National Natural Science Foundation of China General Project, 2019-2022
4. Flexible Elasticity Design and Mechanism Research of Ceramic Nanofiber Materials, Excellent Academic Leader Program of Shanghai Science and Technology Commission, 2018-2021
5. Controllable Preparation and Toughening Mechanism Study of High Strength TiO2 Nanofiber Materials for Environmental Catalysis, Shanghai Education Commission Major Project, 2017-2022
6. Controllable preparation and thermal transport mechanism of flocculent nanofiber thermal insulation materials, National Natural Science Foundation of China General Project, 2017-2020
7. Project topic of "Industrialization and Application Technology of High Efficiency and Low Resistance Air Filter Fiber Materials": Industrialization and Application Technology of Nanofiber Industrial Filter Paper, National Science and Technology Support Plan, 2015-2017
8. Basic research on the relationship between microstructure and flexibility of inorganic oxide nanofibers, National Natural Science Foundation of China Joint Fund Project, 2013-2015
9. Controllable Preparation and Forming Mechanism of Nanospider Web Filter Membranes for Virus Interception, National Natural Science Foundation General Project, 2012-2015
10. Functional Nanofiber Materials, National Natural Science Foundation of China Outstanding Youth Program, 2014-2016
顶尖的技术团队与创新实力
Top technology team and innovative strength
长期从事功能纤维材料的基础及产业化应用研究，在Nat. Commun.、Sci. Adv.、Adv. Mater.、Angew. Chem.Int. Ed.等期刊发表SCI论文400余篇，获授权发明专利140余项。主持国家科技部、国家自科基金委、华阳集团、德国博世、联合利华等项目40余项；任J. Text. Inst.杂志编辑、Engineering杂志编委；获美国纤维学会“杰出成就奖”、上海市科技进步一等奖、中纺联科技进步一等奖、中国纺织工程学会纺织学术大奖、桑麻学者等10余项奖励及荣誉。
Engaged in basic and industrial application research on functional fiber materials for a long time, at Nat Commun Sci Adv., Adv Material Angelw Chem Int. Ed. and other journals have published over 400 SCI papers and been granted over 140 invention patents. Hosted over 40 projects from the Ministry of Science and Technology of China, the National Science and Technology Foundation of China, Huayang Group, Bosch Germany, Unilever, and others; Ren J Text Editor of Inst. magazine and editorial board member of Engineering magazine; Received more than 10 awards and honors, including the Outstanding Achievement Award from the American Fiber Society, the First Prize for Science and Technology Progress in Shanghai, the First Prize for Science and Technology Progress from the China Textile Federation, the Textile Academic Award from the China Textile Engineering Society, and the Sangma Scholar.
主要承担项目
我司拥有先进的研发平台，可从微观源头控制产品性能，并且配有美国TSI自动滤料检测仪、高低温测试仪、织物透湿仪、织物透气量仪、扫描电镜、孔径仪、库伦法卡氏水分测定仪、差示扫描测试仪、滤材熔尘量检测仪、耐水性能测试设备等检测设备，确保产品质量稳定受控，高质量满足市场需求。
先进的研发平台与品控能力
Our company has an advanced research and development platform that can control product performance from the micro source, and is equipped with testing equipment such as the American TSI automatic filter material detector, high and low temperature tester, fabric moisture permeability tester, fabric breathability tester, scanning electron microscope, pore track analyzer, Coulomb Karl Fischer moisture tester, differential scanning tester, filter material molten dust detector, water resistance testing equipment, etc., to ensure stable and controlled product quality and meet market demand with high quality.
Advanced R&D platform and
quality control capabilities
公司简介
赵兴雷
总经理
白绒保暖材料生产线1条，年产能1000吨
滤芯生产线3条，年产能10万只
高效两项体系分离净化芯生产线，年产能20万㎡
除醛除臭催化剂中试生产线，年产能10吨
TPU纳米纤维全热交换膜生产线，年产能100万㎡
纳米陶瓷气凝胶涂料生产线，年产能600吨
领先的生产控制与制造能力
Leading production control and manufacturing capabilities
1 production line for white velvet insulation materials, with an annual production capacity of 1000 tons
3 filter element production lines with an annual production capacity of 100000 units
An efficient dual system separation and purification core production line with an annual production capacity of 200000 square meters
A pilot production line with an annual production capacity of 10 tons for formaldehyde and odor removal catalysts
TPU nanofiber full heat exchange membrane production line with an annual production capacity of 1 million square meters
Nano ceramic aerogel coating production line with an annual capacity of 600 tons
输入文案
高效低阻纳米纤维空气滤芯
Efficient and Low Resistance Nanofiber Air Filter
空气过滤行业市场空间广阔，高效低阻空气过滤材料成为市场新需求。目前市场现有亚高效、高效过滤材料存在能耗高、不可降解、容尘量小、阻力大且上升快、维护难等难题，高效低阻纳米纤维空气滤芯正逐步成为市场新的需求。
开发背景 / Development Background
The air filtration industry has a vast market space, and efficient and low resistance air filtration materials have become a new demand in the market. At present, the existing sub efficient and high-efficiency filtering materials in the market face challenges such as high energy consumption, non degradability, low dust capacity, high resistance and fast rise, and difficult maintenance. Efficient and low resistance nanofiber air filters are gradually becoming a new demand in the market.
高压静电纺丝纳米纤维
High voltage electrospinning nanofiber
功能性静电纺纳米纤维材料,是一种发展前景广阔的新材料,其纤维具有直径小,大约在100-300纳米,比表面积大等优点,相应制成的纳米纤维膜材料具有质量轻、比表面积大、孔径小、透气性好等特点，使其在过滤、用材料、防水透气等环保和新能源领域极具战略性的应用前景。
The air filtration industry has a vast market space, and efficient and low resistance air filtration materials have become a new demand in the market. At present, the existing sub efficient and high-efficiency filtering materials in the market face challenges such as high energy consumption, non degradability, low dust capacity, high resistance and fast rise, and difficult maintenance. Efficient and low resistance nanofiber air filters are gradually becoming a new demand in the market.
核心技术 / Core Technology
产品系列 / Product Series
纳米纤维静电棉过滤材料采用自主开发的静电纺丝设备生产，所制备的纳米纤维具有极小的纤维直径和孔径，极高的孔隙率，使其具有较高的纯物理过滤效率，极低的空气阻力,和较高的容尘量。
The nanofiber electrostatic cotton filter material is produced using self-developed electrospinning equipment. The prepared nanofibers have extremely small fiber diameter and pore size, high porosity, and high pure physical filtration efficiency, extremely low air resistance, and high dust capacity.
①具有更高过滤效率保证，避免效率大幅度衰减
①Having higher filtration efficiency ensures avoiding significant efficiency degradation
②相比于同等级别的玻纤材料,阻力为玻纤的一半
② Compared to fiberglass materials of the same level, the resistance is half that of fiberglass
③具有极高的容尘量
③ Has extremely high dust capacity
④可根据客户要求定制幅宽/克重，以及其他性能参数要求(M5-F9)
④Customizable width/weight, as well as other performance parameter requirements (M5-F9) according to customer requirements
产品特点 / Product Features
纳米纤维滤材系列
Nanofiber Filter Material Series
典型测试数据 / Test Data
| 产品型号Model | Nano-Tech H10 | ||
| 测试项目 Test Item
|
性能指标 Performance Index
|
单位Unit | 测试标准Testing Standards |
| 克重 | 80±5 | g/㎡ | GB/T4669 |
| 厚度 | 0.8±0.1 | mm | GB/T3820 |
| 挺度 | 190±10 | mg | GB/T22364-2008 |
| 初始效率 | 95~98 | % | EN779-2012TS1813032Lmin0.3μmNaCl |
| 最低效率 | 85 | % | |
| 阻力 | ＜40 | Pa | |
| 拉伸强度 | ＜100 | N/5cm | ISO09073-2012 |
| 耐热性 | 130 | ℃ | / |
| 产品型号Model | Nano-Tech H11 | ||
| 测试项目 Test Item
|
性能指标 Performance Index
|
单位Unit | 测试标准Testing Standards |
| 克重 | 85±5 | g/㎡ | GB/T4669 |
| 厚度 | 0.9±0.1 | mm | GB/T3820 |
| 挺度 | 190±10 | mg | GB/T22364-2008 |
| 初始效率 | 97~99 | % | EN779-2012TS1813032Lmin0.3μmNaCl |
| 最低效率 | 95 | % | |
| 阻力 | ＜65 | Pa | |
| 拉伸强度 | ＜100 | N/5cm | ISO09073-2012 |
| 耐热性 | 130 | ℃ | / |
| 产品型号Model | Nano-Tech H12 | ||
| 测试项目 Test Item
|
性能指标 Performance Index
|
单位Unit | 测试标准Testing Standards |
| 克重 | 88±5 | g/㎡ | GB/T4669 |
| 厚度 | 1.0±0.1 | mm | GB/T3820 |
| 挺度 | 190±10 | mg | GB/T22364-2008 |
| 初始效率 | 99.99 | % | EN779-2012TS1813032Lmin0.3μmNaCl |
| 最低效率 | 99.5 | % | |
| 阻力 | ＜150 | Pa | |
| 拉伸强度 | ＜100 | N/5cm | ISO09073-2012 |
| 耐热性 | 130 | ℃ | / |
工业车间除尘
Dust removal in industrial workshops
畜牧业通风净化
Ventilation and purification in animal husbandry
建筑空调通风系统
Building air conditioning and ventilation system
洁净厂房过滤净化
Cleanroom filtration and purification
暖通空调（HVAC）应用
HVAC applications
中央空调风机盘管FCU应用
Application of central air conditioning fan coil unit (FCU)
应用领域 / Application Area
纳米纤维空气滤纸系列
Nano fiber air filter paper series
我司自主研发的静电纺丝纳米纤维涂层技术具有更大的灵活性.可控性和耐用性。纳米纤维直径通常为0.3-0.5微米,最大可达1微米。该材料具有孔径小透气量大、过滤面积大、阻力低、效率高、易清洁、长寿命等特点,可以显著改善滤材的过滤性能。适用于重型空气过滤设备、燃气轮机和除尘空气过滤。
Our independently developed electrospinning nanofiber coating technology has greater flexibility, controllability, and durability. The diameter of nanofibers is usually between 0.3 and 0.5 micrometers, with a maximum of 1 micrometer. This material has the characteristics of small pore size, high permeability, large filtration area, low resistance, high efficiency, easy cleaning, and long service life, which can significantly improve the filtration performance of the filter material. Suitable for heavy-duty air filtration equipment, gas turbines, and dust removal air filtration.
产品特点 / Product Features
01 高过滤精度
High filtering accuracy
02 高过滤效率
03 低阻力压降
04 高容尘量
05 使用寿命长
06 高节能效率
07 易于反吹清灰
High filtration efficiency
Low resistance pressure drop
High dust tolerance
long service life
High energy-saving efficiency
Easy to blow back and clean dust
发电机组过滤系统
燃气轮机过滤系统
发动机进气系统
空压机过滤系统
工业除尘系统
暖通空调过滤系统
Generator set filtration system
Gas turbine filtration system
Engine Air Intake
Air compressor filtration system
Industrial dust removal system
HVAC filtration system
应用领域 / Application Area
长效
技术数据表 / Technical data sheet
|
物理指标
Physical index
|
值Value | 单位Unit | 检测标准Testing standard |
| 定量 | 140±1 | g/㎡ | GB/T451.2-2002 |
| 厚度 | 0.75±5% | mm | GB/T451.2-2002 |
| 平均孔径 | 5.9 | μm | GB/T2679.14-1996 |
| 透气度（ Δ200Pa） | 337±5% | L/㎡·s | GB/T5453 |
| 过滤效率 | 70 | % | EN779-2012 |
| 阻力 | 43 | Pa | |
| 过滤级别 | F8 | ||
（Nano-7045）
|
物理指标
Physical index
|
值Value | 单位Unit | 检测标准Testing standard |
| 定量 | 125 | g/㎡ | GB/T451.2-2002 |
| 厚度 | 0.68±5% | mm | GB/T451.2-2002 |
| 平均孔径 | 6.9 | μm | GB/T2679.14-1996 |
| 透气度（ Δ200Pa） | 475±5% | L/㎡·s | GB/T5453 |
| 过滤效率 | ≥40 | % | EN779-2012 |
| 阻力 | 32 | Pa | |
| 过滤级别 | M5 | ||
（Nano-4035）
|
物理指标
Physical index
|
值Value | 单位Unit | 检测标准Testing standard |
| 定量 | 144±2 | g/㎡ | GB/T451.2-2002 |
| 厚度 | 0.73±5% | mm | GB/T451.2-2002 |
| 平均孔径 | 3.0 | μm | GB/T2679.14-1996 |
| 透气度（ Δ200Pa） | 232.4±5% | L/㎡·s | GB/T5453 |
| 过滤效率 | 70 | % | EN779-2012 |
| 阻力 | 43 | Pa | |
| 过滤级别 | F8 | ||
（Nano-9670）
定制服务：我司可为客户提供专项定制化加工服务，客户可提供各种类基底材料来我司进行纳米纤维膜的定制加工，满足客户不同的应用需求。
Customized Services: Our company can provide customers with specialized customized processing services. Customers can provide various types of substrate materials to our company for customized processing of nanofiber membranes, meeting their different application needs.
High-efficiency low-resistance electret melt-blown series
高效低阻水驻极熔喷系列
产品特点 / Product Features
高效低阻水驻极熔喷材料由中国工程院院士团队、科技部万人计划专家团队、国家杰青团队与我公司联合开发，研发出了水驻极专用正负极化电荷母粒、界面电荷稳定剂、增韧材料等，生产的水驻极熔喷具有驻极电荷稳定、电荷储存时间长、阻力低等特性，广泛应用于空气净化器空调过滤系统、新风系统、口罩用FFP2/FFP3等空气净化领域。
High-efficiency low-resistance electret melt-blown material was developed by a team ofacademicians from the Chinese Academy of Engineering, a team of 10,000-experts fromthe ministry of science and technology, the National Excellent Youth Team and my company.Special positive-negative polarization charge masterbatch, interfacial charge stabilizer andtoughening material for water electret are developed, The manufactured water electretmelt-blown has the feature of the stable electret charge and long storage time, lowresistance, which is widely applied in air purification fields of the air purifier, air conditioningfiltration system,fresh air systems, FFP2/FFP3 for mask.
长效
低阻
高容尘
技术数据表 / Technical data sheet
空气净化器专用熔喷
Special melt-blown for air purifier
产品型号Model |
HF-P95% | 欧洲标准EN | H11 | |
| 测试项目Test item | 单位Unit | 质量要求Quality | 测试平均数Average | 检测仪器Instrumentation |
| 材质 | / | 高性能聚丙烯材料+60g/㎡骨架布 | ||
| 平方米质量单重 | g/㎡ | 80 | 80±5 | 克重仪 |
| 厚度 | mm | 0.55 | 0.55±0.05 | 厚度仪 |
| 效率 | % | 95 | ≥95 | TSI 813032L/min NaCl |
| 阻力 | Pa | 11 | 11±1 | |
| 宽幅 | mm | MAX | 1600±2 | 钢尺 |
产品型号Model |
HF-P99.5% | 欧洲标准EN | H13 | |
| 测试项目Test item | 单位Unit | 质量要求Quality | 测试平均数Average | 检测仪器Instrumentation |
| 材质 | / | 高性能聚丙烯材料+60g/㎡骨架布 | ||
| 平方米质量单重 | g/㎡ | 90 | 90±5 | 克重仪 |
| 厚度 | mm | 0.65 | 0.65±0.05 | 厚度仪 |
| 效率 | % | 99.97 | ≥99.97 | TSI 813032L/min NaCl |
| 阻力 | Pa | 27 | 27±1 | |
| 宽幅 | mm | MAX | 1600±2 | 钢尺 |
|
产品型号
Model
|
HF-P99.5% | 欧洲标准EN | H13 | |
| 测试项目Test item | 单位Unit | 质量要求Quality | 测试平均数Average | 检测仪器Instrumentation |
| 材质 | / | 高性能聚丙烯材料+60g/㎡骨架布 | ||
| 平方米质量单重 | g/㎡ | 90 | 90±5 | 克重仪 |
| 厚度 | mm | 0.65 | 0.65±0.05 | 厚度仪 |
| 效率 | % | 99.97 | ≥99.97 | TSI 813032L/min NaCl |
| 阻力 | Pa | 27 | 27±1 | |
| 宽幅 | mm | MAX | 1600±2 | 钢尺 |
H11复合熔喷-检测报告 /
Testreport on H11 compound melt-blown
H12复合熔喷-检测报告 /
Testreport on H12 compound melt-blown
H13复合熔喷-检测报告 /
Testreport on H13 compound melt-blown
过滤效率99.975%
阻力25.6Pa
过滤效率96.26%
阻力12.3Pa
过滤效率99.6%
阻力19.2Pa
High-efficiency low-resistance electret melt-blown series
高效低阻电驻极熔喷系列
产品特点 / Product Features
高效低阻熔喷材料是我司自主研发的专用电驻极母粒与静电驻极处理技术相结合，该材料的纤维直径在1um-3um之间，具有极高的过滤效率和极低的空气阻力，过滤效率衰减周期长等特殊优势，赢得国内多家空气过滤行业内客户高度认可。我公司专业技术生产团队，可为国内客户定制各类熔喷非织造布类型，产品克重由10～50克不等。
The high-efficiency and low resistance melt blown material is a combination of our company's independently developed specialized electret masterbatch and electrostatic electret treatment technology. The fiber diameter of this material is between 1um and 3um, and it has special advantages such as extremely high filtration efficiency, extremely low air resistance, and long filtration efficiency attenuation cycle. It has won high recognition from many domestic customers in the air filtration industry. Our company's professional technical production team can customize various types of melt blown nonwoven fabrics for domestic customers, with product weights ranging from 10 to 50 grams.
产品应用于初效/中效袋式过滤器、初效/中效板式过滤器、初效/中效折叠式过滤器；中央空调和集中通风系统、洁净室回风预过滤，也可用千多级过滤系统的初级保护。适用于电力、石化、钢铁、机场车站、食品饮料、商场超市、生物制药、手术室、微电子、核电站、造纸厂、汽车涂装等领域。
The product is applied to primary/medium efficiency bag filters, primary/medium efficiency plate filters, and primary/medium efficiency folding filters; Central air conditioning and centralized ventilation systems, clean room return air pre filtration, and primary protection with over a thousand level filtration systems can also be used. Suitable for fields such as electricity, petrochemicals, steel, airport stations, food and beverage, shopping malls and supermarkets, biopharmaceuticals, operating rooms, microelectronics, nuclear power plants, paper mills, and automotive coatings.
V型初效/中效过滤器
V-typed initial effect/intermediate filter
初效/中效板式过滤器
Initial effect/intermediate plate filter
初效/中效袋式过滤器
Initial effect/intermediate bag filter
应用领域 / Application Area
技术数据表 / Technical data sheet
|
产品型号
Model
|
Nano-P60%（电驻极） | 欧洲标准EN | F7 | |
| 测试项目Test item | 单位Unit | 质量要求Quality | 测试平均数Average | 检测仪器Instrumentation |
| 材质 | / | 高性能聚丙烯材料 | ||
| 平方米质量单重 | g/㎡ | 15 | 15±3 | 克重仪 |
| 厚度 | mm | 0.1 | 0.1±0.05 | 厚度仪 |
| 效率 | % | 60 | ≥60 | TSI 813032L/min NaCl |
| 阻力 | Pa | 5 | 5±2 | |
| 宽幅 | mm | MAX | 1600±2 | 钢尺 |
|
产品型号
Model
|
Nano-P70%（电驻极） | 欧洲标准EN | F8 | |
| 测试项目Test item | 单位Unit | 质量要求Quality | 测试平均数Average | 检测仪器Instrumentation |
| 材质 | / | 高性能聚丙烯材料 | ||
| 平方米质量单重 | g/㎡ | 15 | 15±2 | 克重仪 |
| 厚度 | mm | 0.1 | 0.1±0.05 | 厚度仪 |
| 效率 | % | 70 | ≥70 | TSI 813032L/min NaCl |
| 阻力 | Pa | 7 | 7±2 | |
| 宽幅 | mm | MAX | 1600±2 | 钢尺 |
|
产品型号
Model
|
Nano-P70%（电驻极） | 欧洲标准EN | F9 | |
| 测试项目Test item | 单位Unit | 质量要求Quality | 测试平均数Average | 检测仪器Instrumentation |
| 材质 | / | 高性能聚丙烯材料 | ||
| 平方米质量单重 | g/㎡ | 18 | 18±2 | 克重仪 |
| 厚度 | mm | 0.1 | 0.1±0.05 | 厚度仪 |
| 效率 | % | 85 | ≥85 | TSI 813032L/min NaCl |
| 阻力 | Pa | 9 | ≤9 | |
| 宽幅 | mm | MAX | 1600±2 | 钢尺 |
|
产品型号
Model
|
Nano-P70%（电驻极） | 欧洲标准EN | H10 | |
| 测试项目Test item | 单位Unit | 质量要求Quality | 测试平均数Average | 检测仪器Instrumentation |
| 材质 | / | 高性能聚丙烯材料 | ||
| 平方米质量单重 | g/㎡ | 20 | 20±2 | 克重仪 |
| 厚度 | mm | 0.1 | 0.1±0.05 | 厚度仪 |
| 效率 | % | 90 | ≥90 | TSI 813032L/min NaCl |
| 阻力 | Pa | 10 | ≤10 | |
| 宽幅 | mm | MAX | 1600±2 | 钢尺 |
1高效过滤High efficiency filtration
2高容尘量 High dust capacity
3电荷稳定 Stable charge
4极低阻力 Lowest resistance
4大优势 Four big advantage
Antibacterial and antiviral nanofiber series
产品特点 / Product Features
本公司利用自主研发的自合成自由基高分子抗菌材料将其抗菌的活性物质基团嫁接在纳米纤维材料上，当环境中的细菌接触材料时,可被瞬间无盲点杀灭，使其具备稳定的抗菌功能。
The company adopts auto-synthesis free radical macromolecule antibacterial material that is independently developed to plant its antibacterial active material group onto the nano-fiber material. When the bacteria in the environment is exposed to the material, it can be instantlykilled totally so it has a stable antibacterial function.
抗菌抗病毒纳米纤维系列
有效抗菌 Effective antibacterial
抗菌无纺布
Antibacterial nanofibers
有效过滤灰尘颗粒物
Effective filter the dust particles
抗菌纳米纤维
Antibacterial nonwoven
抗菌无纺布
Antibacterial nanofibers
Antibacterial and antiviral melt blown/composite melt blown series
抗菌抗病毒熔喷/复合熔喷系列
产品特点 / Product Features
抗菌熔喷采用国外进口聚丙烯PP原料和驻极母粒,抗菌抗病毒技术采用有机双肌嵌段聚合物,相比于无机抗菌剂具有抗菌抗病毒速度快、效果好、安全环保等特点。
lmported PP raw material and electret masterbatch are used for antibacterial melt-blown while the organic biguanide block polymer isUsed for the antibacterial and antiviral technology. Compared with inorganic antibacterial agent, it' s featured by the fast speed inantibacterial and antiviral, good effect, being safe and environmentally protective.
可应用于空气净化器、新风系统、车内空调系统、暖通空调系统、中央集中空调净化通风系统、工业车间、洁净厂房医院等诸多领域的杀菌净化应用。
lt is suitable for sterilization and purification applications in air purifierfresh air system, car air conditioning system, HVAC system, central collective air-conditioning purification ventilation system,industrial workshop, clean workshop,hospital.
应用领域 / Application Area
Antibacterial and antiviral green-white cotton series
抗菌抗病毒绿白棉系列
产品特点 / Product Features
本公司利用自主研发的自合成自由基高分子抗病毒材料，将其抗病毒的活性物质基团嫁接在过滤材料的纤维上，当环境中的病菌接触材料时，可被瞬间无盲点杀灭，使其具备更稳定的抗菌抗病毒功能。
The company adopts the self-synthesized free radical polymeranti-virus material developed independently to implant its anti-virusactive material group into the fiber of the filtering material. When thebacteria is exposed to material in the environment, it can be instantlykilled without blind point, so that it has a more stable function in theantibacterialand antiviral.
绿白棉版式过滤器、绿白棉纸框过滤器、绿白棉袋式过滤器;中央空调和集中通风系统、洁净室回风预过滤,也可用于多级过滤系统的杀菌保护。
Green- white cotton plate filter, green-white cotton paper frame filtergreen-white cotton bag filter, air conditioning and centralized ventilationsystem, prefiltration of back air for clean room, it can be applied tosterilization and protection of multi-level filtration system.
绿白棉纸框过滤器
Green-white cotton paper frame filter
绿白棉板式过滤器
Green-white cotton plate filter
绿白棉袋式过滤器
Green-white cotton bag filter
应用领域 / Application Area
Antibacterial and antiviral skeleton substrate series
抗菌抗病毒骨架基底系列
产品特点 / Product Features
本公司利用自主研发的自合成自由基高分子抗菌材料将其抗菌的活性物质基团嫁接在骨架基底材料上，当环境中的细菌接触材料时，可被瞬间无盲点杀灭，使其具备更稳定的抗菌功能。
The company adopts the self-synthesized free radical polymeranti-virus material developed independently to implant its anti-virusactive material group into the fiber of the filtering material. When thebacteria is exposed to material in the environment, it can be instantlykilled without blind point, so that it has a more stable function in theantibacterial and antiviral.
材质：PET/涤纶短纤维/聚酷纤维
Material: PET/ Polyester staple/polyester fiber
克重：30-120克/平方米
Weight:30-120g/㎡
规格：可定制1600MM以内的幅宽
Spec.: Width within 1600mm can be customized
产品性能：抗菌性能，高透气性与风阻，高硬挺，耐打折性
Product performance: Antibacterial properties, high permeability and windresistance,high stiffness, anti-bending resistance
适用范围：家用电器滤材（空气净化器、吸尘器等）、汽车空调滤材撒碳复合滤材，熔喷复合滤材支撑材料，用于口罩复合支撑材料。
Application scope: Filter materials for household electrical appliances (air purifiervacuum cleaners, etc.,automotive air conditioning filter material, carbon composite filter material, melt-blown composite filter support materials, composite support materials for mask.
Antibacterial and antiviral non-woven fabric series
抗菌抗病毒无纺布系列
我司自主研发的自合成自由基高分子抗菌技术，制备出来的抗菌无纺布具有广谱抗菌效果，给予无纺布全新的抗菌特性，长效抗菌，对人体更加安全温和。并且具有抗菌效果持久的特点，特别是对金黄色葡萄球菌、白色念珠菌大肠杆菌等人们经常接触的常见菌种有较优的抗菌效果。
Our company has independently developed the self-synthesis free radical macromolecule antibacterial technology, The manufacturedantibacterial nonwoven fabric has wide-pectrum antibacterial efect, which can provide the nonwoven fabric with new antibacterial featureong-term antibacterial effect, safer and milder to human body. lt has a long-lasting and better eftect of antibacterial, especially for commonbacteria such as staphylococcus aureus, candida albicans, escherichia coli that are exposed to people.
产品特点 / Product Features
医疗
卫生用无纺布、手术衣、防护服、消毒包布、医用口罩
民用
家庭装饰用
服装用
工业用
农业用
其他无纺布
尿片、民用抹布、擦拭布、湿面巾、魔术毛巾、柔巾卷、美容用品、卫生巾、P生护垫及一次性卫生用布等
贴墙布、台布、床单、床罩等
衬里、粘合衬、絮片、定型棉、各种合成革底布等
屋面防水卷材和沥青瓦的基材、增强材料、抛光材料、过滤材料、绝缘材料、水泥包装袋、土工布、包覆布等
作物保护布、育秧布、灌溉布、保温幕帘等
太空棉、保温隔音材料、吸油毡、烟过滤嘴、袋包茶袋、鞋材等
可加工的无纺布种类
Types of machinable non-woven fabrics
Medical:Non-woven fabrics for hygiene, surgical gown, protective clothing, sterile wrap, surgical mask
Civilian use :Nappy, civil dishcloth, wipe cloth, wet towel, magic towel, soft towel roll beauty products sanitary cushion, sanitary pad.disposable sanitary cloth
Household decoration:Wall cloth, tablecloth, bedspread, bedspread, etc
Clothing use:Liner, fusible liner, wadding, shaping cotton, various synthetic leather base cloth, etc
Industrial use:House waterproof roll and the base material with asphalt tile, reinforcement material, polishing material, filtering materialinsulation material, cement packaging bag, geotextile, coating cloth, etc
Agricultural use:Crop protection cloth, nursery seedling cloth, irrigation cloth, heat preservation curtain. etc
Other non-woven fabrics:Space cotton, heat and sound insulation material, linoleum. smoke filter, tea bag, shoe material, etc.
01
水刺无纺布
Spun-laced nonwoven fabrics
02
热合无纺布
Heat compound nonwoven fabrics
03
浆粕气流成网无纺布
Pulp non-woven fabric woven by air flow
05
纺粘无纺布
Spunbonded nonwoven fabrics
07
针刺无纺布
Needle punching nonwoven fabrics
09
亲水无纺布
Hydrophilic non-woven fabrics
04
湿法无纺布
Wet-laid nonwoven fabrics
06
熔喷无纺布
Melt-blown nonwoven fabrics
08
缝编无纺布
Stitched nonwoven fabrics
应用领域 / Application Area
Rutile manganese-zinc non-photocatalysis series
红石锰锌无光催化系列
红石锰锌无光催化材料是运用纳米催化、气体快速捕捉等技术制备而来。在室温无光下就能快速锁定并捕捉空气中游离的甲醛等有害有异味的气体,并能够将甲醛等有害气体快速分解成无毒无害的二氧化碳和水,起到快速除醛祛味的效果，同时，能够有效的抑制室内细菌滋生。
The rutie manganese.zinc non-nnotcatalsis materia is nrenarer by sing techninues of nano-catalvsis and ranid canture At romtemperature,it can quickly ock and capture harmful odorous gases like free formaldehyde in the air, Formaldehyde and other harmfugases can be quickly decomposed into non-toxic harmiess carbon dioxide and water, which plays a fast aldehyae deodorization eftectand also can effectively inhibit the growth of indoor bacteria.
产品特点 / Product Features
红石锰锌骨架布 / Rutile manganese-zinc skeleton cloth
我们的优势 / Our advantage
相比活性炭除醛,我们的原理属于催化分解,可以彻底根除甲醛,且无吸附饱和,避免“二次污染”的危害,相比光触媒除醛,无需光照,且不受环境 影响,持久有效,适用范围更广。
Compared with active carbon for removing aldehyde, our principle is catalytic decomposition, which cancompletely eliminate formaldehyde with no adsorption saturation, avoid the harm of “secondarypollution". Compared with the photocatalyst de-aldehyde of photocatalyst, it does not need illumination.is not affected by the environment, durable and effective, and has wider application.
催化技术原理 / Principles of catalytic technology
甲醛分子
氧气分子
二氧化碳分子
水分子
Formaldehyde molecule
Oxygen molecule
Carbon dioxide molecule
Water molecule
红石锰锌复合过滤材料 / Rutile manganese-zinc composite filter material
除醛+过滤+杀菌+祛味等性能一步到位 >
Aldehyde removal + filtration + sterilization and flavor removal can be achieved in one step
此款材料在我们第一代材料基础上做了进一步的升级改性，初效过滤+高效低阻熔喷层+纳米红石锌颗粒+纳米红石锰锌骨架布四层复合结构。使用过程中不会产生任何酸味。以催化分解的方式除醛/除味/杀菌，原位驻极的方式使电荷稳定性更强，材料使用寿命更持久。
This material is further upgraded and modified on the basis of thefirst-generation material. lt has a four-layer composite structure ofinitiative effect filtration + high-efficiency low-resistance meltingspray layer + nano-rutile manganese-zinc particles + nano-rutilemanganese-zinc skeleton cloth.lt will not generate any sour tasteduring use. De-aldehyde, deodorize and sterilize in the way of thecatalytic decomposition. The in-situ electret allows the charge tobe more stable and the longer life of material.
四层复合结构
Four-layer composite structure
01初效过滤
Initiative effect filtration
02高效低阻熔喷层
high-efficiencylow-resistance melt-blown layer
03纳米红石锰锌颗粒
nano-rutile manganese-zinc particles
04纳米红石锰锌骨架布
nanometer Rutile manganese-zinc skeleton cloth
市售夹碳布的缺陷
Defects of carbon cloth on the market
我们的优势
Our advantage
产生酸味 Generate acid taste
夹碳布在使用过程中会有酸味的产生，目前还无法找到解决的办法
In the process of use, carbon cloth will generate sour taste, at present a solution has not been found.
使用寿命短 Short service life
前期会依靠活性炭本身较大的比表面积,初始吸附效率较高，但很快会吸附饱和,性能大幅衰减下降
In the early stage, activated carbon itself depends on surface area with the larger rate, the initial adsorption efficiency is higher, but it will soon be saturated for adsorption, the performance will significantly decline.
吸附饱和，一次释放 Adsorption saturation,secondary release
活性炭自身有限的吸附量饱和以后，会产生二次释放，造成二次污染
After the limited capacity of adsorption of the activated carbon itself is saturated, it will have secondary release and cause secondary pollution.
容易导致细菌滋生 Easy to generate bacteria
细菌产生的新陈代谢物还会产生酶味
The metabolic products produced by the bacteria also generate an enzymatic taste.
01
快速催化分解甲醛等异味
02
使用过程无酸味
Fast catalytic decomposition of formaldehyde and odors
No acid taste in the process of use
03
水驻极高效低阻熔喷
Water electret high-efficiency low-
resistance melt-blown
04
无吸附饱和及二次释放，
使用安全性更高
No adsorption saturation and secondary release, higher safety for use
05
杀菌/抑制细菌生长
Sterilization/inhibition of bacterial growth
06
使用寿命更长久
Longer service life
红石锰锌除醛-检测报告 /
Test report on the rutile manganese-zinc dealdehyde removal
红石锰锌杀菌-检测报告 /
Test report on rutile manganese-zinc sterilization
红石锰锌除臭-检测报告 /
Test report on rutile manganese-zinc deodorization
联系方式：15386730135
公司名称：华阳富瑞邦（上海）新材料科技有限公司
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