发表时间: 2025-03-31 14:51:08
作者: 上海瀚岱化学有限公司
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瀚岱化学在复合材料用水性环氧树脂领域,迈出了具有里程碑意义的一步,旗下首款产品 HDL1200-WB 正式亮相。这款产品不仅是复合材料用水性环氧树脂的开篇之作,更是瀚岱化学创新产品系列的首发成果。
Handai Chemistry has taken a milestone step in the field of water-based epoxy resins for composite materials, and its first product, HDL1200-WB, has officially debuted. This product is not only the pioneering work of water-based epoxy resins for composite materials but also the first achievement of Handai Chemistry's innovative product series.
HDL1200-WB 属于非离子型水性环氧树脂分散体。在传统观念里,水性材料在性能上往往难以与溶剂型产品抗衡,但 HDL1200-WB 打破了这一认知。在复合材料制造过程中,它能提供与溶剂型产品别无二致的工艺性能,确保生产环节的顺利进行。与此同时,HDL1200-WB 在耐热性、机械物理性能以及电性能等关键指标上,同样表现出色,满足了不同场景的使用需求。正因如此,其应用范围极为广泛,玻纤板、碳纤板、覆铜板,以及其他适用于半固化片工艺的环氧树脂复合材料。
HDL1200-WB belongs to a non-ionic water-based epoxy resin dispersion. In traditional concepts, water-based materials often struggle to compete with solvent-based products in terms of performance. However, HDL1200-WB has broken this perception. During the manufacturing process of composite materials, it can provide the same process performance as solvent-based products, ensuring the smooth progress of the production process. At the same time, HDL1200-WB also performs excellently in key indicators such as heat resistance, mechanical and physical properties, and electrical properties, meeting the usage requirements in different scenarios. For this reason, its application range is extremely wide, including glass fiber boards, carbon fiber boards, copper-clad laminates, and other epoxy resin composite materials suitable for the prepreg process.


从产品特性来看,HDL1200-WB 外观呈柔和的乳白色。它的固含量维持在 70%,这一比例确保了产品的稳定性与高效性。其粘度范围在 200 - 1000CP,便于在实际生产中进行操作。环氧当量为 300 - 350,这一数值保障了产品在化学反应中的精准表现,为复合材料的性能提供了可靠支撑。
In terms of product characteristics, HDL1200-WB has a soft milky white appearance. Its solid content is maintained at 70%, and this proportion ensures the stability and high efficiency of the product. Its viscosity ranges from 200 to 1000 CP, which is convenient for operation in actual production. The epoxy equivalent is 300 to 350, and this value guarantees the precise performance of the product in chemical reactions, providing reliable support for the performance of composite materials.