微晶玻璃，又名玻璃陶瓷，是 21 世纪新型材料，兼具玻璃和陶瓷优点。微晶玻璃由康宁公司于 20 世纪 50 年代末发明，最初被用于化工、机械、建筑等领域。微晶玻璃可分为硅酸盐类、铝硅酸盐类、氟硅酸盐类等类型，其中铝硅酸盐类的 LAS 系和 MAS 系可应用于手机盖板中。手机盖板中应用的微晶玻璃晶粒可达纳米级别，也被称为纳米微晶玻璃。微晶玻璃的表面硬度和抗跌落强度优于高铝、锂铝硅玻璃，代表着 5G 时代盖板玻璃的发展方向。

根据天合元氢微信公众号，天合元氢与西班牙 Arbro 集团、韦尔瓦市政府达成 160MW 绿氢项目的战略合作：该项目计划于 2025 年底开工建设，生产的绿氢提供给当地化工业，最终以绿醇和绿氨的形式通过韦尔瓦港口出口欧洲。同时，各方就未来天合元氢产能落户韦尔瓦达成战略合作意向。双方将尽快开展进一步调研分析，为欧洲氢能的发展增添中国元素。本项目也有望成为国内企业在欧洲落地的首个氢能项目。

Cellular glass is a lightweight and rigid insulating material made primarily from recycled glass. It is produced in the form of rigid boards, blocks, or granules, and it is widely used primarily for its excellent thermal insulating properties and resistance to moisture and fire.

Water-soluble films (also known as PVA/PVOH films) are emerging innovative downstream products of the polyvinyl resin value chain, derived from polyvinyl alcohol resin through extrusion or cast film methods.

Dimethyl ether is sourced from different resources such as natural gas, coal, and bio-based products. The expanding research for dimethyl ether as an alternative fuel option will likely create lucrative opportunities for the market during the forecast period. After the easing of lockdowns, the LPG fuel blending industry picked up, and the demand has risen globally. Global countries such as China, India, South Africa, Brazil, and Germany are aggressively shifting to use dimethyl ether as an alternate fuel, as these countries are highly dependent on imports to fulfill their local LPG demand. The growing demand for the LPG blending application is expected to propel the market's growth. However, the heightened costs of changing the current infrastructure to use dimethyl ether may restrain market growth. Thus, the demand for alternative fuel options such as dimethyl ether-based products in LPG blending industries is offering immense growth potential to the dimethyl ether market over the forecast period.

Biosurfactants are known as surface-active compounds that can be synthesized by a selected number of natural and biobased sources. Biosurfactants are popular for their biodegradability and low eco-toxicity. Besides biodegradability, low toxicity & high production potential, biosurfactants have a high surface and interfacial activity. Biosurfactants are commercially produced from natural sources such as vegetable oil, glycerol and glucose by the addition of a non-pathogenic microorganisms. Biosurfactants are extracted from natural sources and are also expected to be an alternative to petrochemicals.

Adhesive is a substance particularly used to bond two surfaces together. Adhesives have strong shear and tensile strength, making them viable bonding materials for high-pressure situations. There are two general types of adhesives i.e. structural and non-structural. Sealants are paste-like substances that block the flow of fluids through a surface, gap or joint by filling all the spaces between two separate substrates. Sealants usually consists of elastomer, which gives them a paste-like consistency. Examples of sealants can be acrylic systems, silicones, and urethane. Adhesives and sealants are applicable for bonding a wide range of materials, including plastics, metals, ceramics, and composites. Adhesives and sealants are highly preferred in packaging, construction, and automotive industry.

Ultra High-performance Concrete (UHPC) is also known as reactive powder concrete (RPC). It is typically formulated by combining supplementary cementitious materials, Portland cement, reactive powders, limestone and or quartz flour, fine sand, high-range water reducers, and water. The Ultra High-Performance Concrete (UHPC) offers better compressive strength than other concrete materials. The minimum specified compressive strength of UHPC is 17,000 pounds per square inch (120 MPa), and the maximum specified compressive strength is 29,000 pounds per square inch (psi) (200 Mpa).

Dimethyl ether is sourced from different resources such as natural gas, coal, and bio-based products. The expanding research for dimethyl ether as an alternative fuel option will likely create lucrative opportunities for the market during the forecast period. After the easing of lockdowns, the LPG fuel blending industry picked up, and the demand has risen globally. Global countries such as China, India, South Africa, Brazil, and Germany are aggressively shifting to use dimethyl ether as an alternate fuel, as these countries are highly dependent on imports to fulfill their local LPG demand. The growing demand for the LPG blending application is expected to propel the market's growth. However, the heightened costs of changing the current infrastructure to use dimethyl ether may restrain market growth. Thus, the demand for alternative fuel options such as dimethyl ether-based products in LPG blending industries is offering immense growth potential to the dimethyl ether market over the forecast period.