高固低粘水性无卤环氧树脂HDL9613

瀚岱化学聚焦复合材料核心应用场景，成功研发出HDL-9613 水性无卤环氧树脂，专为玻纤板和覆铜板等领域打造，以卓越性能为行业带来全新解决方案。

Handai Chemical focuses on the core application scenarios of composite materials and has successfully developed HDL-9613 water-based halogen-free epoxy resin, specially designed for fields such as glass fiber boards and copper-clad laminates, bringing new solutions to the industry with its excellent performance.

HDL-9613 在性能上展现出显著优势。产品外观呈乳白色液态，具备60% 的高固含量，较传统水性环氧树脂固含量提升 10%-15%，有效减少施工次数，提升生产效率；500-3000CP的低粘度特性，使其可通过流延、浸渍等工艺，对增强纤维和阻燃填料展现出良好的浸润性，极大降低了复合材料的生产工艺难度。其环氧当量为 430-470g/eq，与固化剂充分交联后，形成高强度网状结构。此外，产品密度在1.05-1.15g/ml，pH 值稳定在3-8。

HDL - 9613 demonstrates significant advantages in performance. The product appears as a milky white liquid with a high solid content of 60%, which is 10%-15% higher than that of traditional waterborne epoxy resins. This effectively reduces the number of construction operations and improves production efficiency. Its low viscosity of 500-3000 CP enables good wettability to reinforcing fibers and flame-retardant fillers through processes such as casting and impregnation, greatly reducing the difficulty of the production process for composite materials. With an epoxy equivalent of 430-470 g/eq, it forms a high-strength network structure after full crosslinking with curing agents. In addition, the product has a density of 1.05-1.15 g/ml and a stable pH value of 3-8.

在阻燃性能方面，HDL-9613 表现尤为突出。只需在树脂配方中添加适量无卤阻燃剂，制成的复合材料便能轻松达到UL94 V0阻燃级别 ，完全满足电子领域严苛的防火要求。

In terms of flame-retardant performance, HDL-9613 is particularly outstanding. By simply adding an appropriate amount of halogen-free flame retardant to the resin formula, the resulting composite material can easily achieve the UL94 V0 flame-retardant rating, fully meeting the strict fire protection requirements of the electronics industry.

凭借优异性能，HDL-9613 广泛适用于玻纤板、碳纤板、覆铜板生产，能提升板材介电性能与机械强度。作为水性无卤体系，该产品契合绿色生产趋势，助力企业实现环保与效益的双赢。

With its excellent performance, HDL-9613 is widely applicable to the production of glass fiber boards, carbon fiber boards, and copper-clad laminates, capable of enhancing the dielectric properties and mechanical strength of the boards. As a water-based halogen-free system, this product aligns with the trend of green production, helping enterprises achieve a win-win situation between environmental protection and benefits.