铰链采用125° 超大开启角度设计,突破常规铰链的开合局限,柜门开启后可最大程度贴近柜体侧板,解决小角度铰链导致的柜内深处物品取放不便问题。完美适配深柜、储物高柜、转角柜等对开启空间有高要求的家具,显著提升柜体存储空间利用率,满足日常储物整理的高频需求。
搭载高品质液压阻尼缸,柜门闭合至 15° 时自动触发缓冲功能,实现匀速、平稳、静音闭合,解决了关门碰撞时的异响。缓冲结构可有效避免柜门快速回弹夹手,尤其适合有老人、小孩的家庭使用;同时减少门板与柜体的碰撞损耗,降低门板变形概率,延长家具整体使用寿命。
铰链底座采用一体成型加厚方脚设计,相比常规圆脚底座受力面积更大,孔位分布均匀对称,与柜体侧板贴合更紧密。搭配自攻螺丝锁紧后,能均匀分散门板重力,有效避免长期高频次启闭引发的松动、位移、下垂问题,连接稳定性更强,可稳固支撑加厚、超重门板。
The hinge is engineered with an ultra-wide 125° opening angle, breaking through the limitations of conventional hinges. When the cabinet door is opened, it can stay as close to the cabinet side panel as possible, completely resolving the inconvenience of accessing items stored deep inside the cabinet caused by hinges with smaller opening angles. It is perfectly suited for furniture requiring ample opening space such as deep cabinets, tall storage cabinets and corner cabinets, significantly improving the utilization rate of cabinet storage space and meeting the high-frequency demands of daily storage and organization.
Equipped with a high-quality hydraulic damper cylinder, the hinge automatically activates the buffering function when the cabinet door closes to 15°, enabling smooth, steady and silent closure while completely eliminating the collision noise generated when the door shuts. The buffering structure can effectively prevent the cabinet door from snapping back quickly and pinching hands, making it particularly ideal for families with the elderly and children. Meanwhile, it reduces collision wear between the door panel and cabinet, lowers the risk of door panel deformation, and extends the overall service life of the furniture.
The hinge base adopts an integrally formed, thickened square-foot design. Compared with conventional round-foot bases, it features a larger force-bearing area, with evenly symmetrical hole positions that fit more tightly against the cabinet side panel. When locked in place with self-tapping screws, it can evenly distribute the weight of the door panel, effectively preventing loosening, displacement and sagging issues caused by long-term, high-frequency opening and closing. It boasts stronger connection stability and can firmly support thickened and heavy-duty door panels.