稀有高科 | 高纯石墨烯空心微球制备与应用

原创山东稀有科技发展有限公司稀有高科

2096

8个月前

2026西湖龙井茶官网DTC发售：茶农直供，政府溯源防伪到农户家

稀有高科，致力于高纯度石墨烯在健康功能纺织、绿色节能热管理、智能柔性应变传感、石墨烯医疗康复等领域的深度创新科研，依托独特的石墨烯纳米相变材料制备技术（国家专利202211637322.8），在健康功能纺织品和医疗器械智能穿戴等领域创新应用成果丰硕；石墨烯超导纺织材料、纯石墨烯透明电热膜、石墨烯纳碳超柔电热膜布、石墨烯柔性应变传感器等产品，已成为引领产业发展的行业应用标杆。

石墨烯，是世界上发现的最薄、强度最大、导电导热性能最强、延展性最好的一种新型纳米材料，被称为“黑金”、“新材料之王”。科学家预言石墨烯将彻底改变21世纪，将掀起一场席卷全球的颠覆性新技术、新产业的革命。

2004年，英国曼彻斯特大学物理学家康斯坦丁.诺沃肖洛夫和安德烈.海姆教授成功从石墨薄片中剥离出了石墨烯，证实它可以单独存在，两人因此荣获了2010年度的诺贝尔物理学奖。

Rare Hi-Tech is dedicated to cutting-edge research and innovation in high-purity graphene applications across multiple fields, including health-functional textiles, green energy-efficient thermal management, intelligent flexible strain sensing, and graphene-based medical rehabilitation. Leveraging its proprietary graphene nano-phase change material preparation technology (National Patent No. 202211637322.8), the company has achieved significant breakthroughs in health-functional textiles and smart wearable medical devices. Products such as graphene superconducting textile materials, pure graphene transparent electrothermal films, graphene-carbon hybrid ultra-flexible electrothermal fabric, and graphene flexible strain sensors have set industry benchmarks, driving technological advancements in related sectors.

Graphene, recognized as the thinnest, strongest, most conductive and thermally efficient, and most ductile nanomaterial ever discovered, is hailed as "black gold" and the "king of new materials." Scientists predict that graphene will revolutionize the 21st century, sparking a global wave of disruptive technologies and industrial transformations.

In 2004, physicists Konstantin Novoselov and Professor Andre Geim from the University of Manchester successfully isolated graphene from graphite flakes, proving its independent existence. This groundbreaking work earned them the 2010 Nobel Prize in Physics.