工程铝扣板天花，宏铝铝扣板

工程铝扣板天花吊顶板面平整，线条分明，铝吊顶天花系统的规整、大方、典雅、视野开阔。而且白色的明骨可使天花吊顶从视角上连成整体，黑色的明骨将板块进行 分格，线条明快，立体感更强。

Flat ceiling board, aluminum gusset lines, aluminum ceiling ceiling system of regular,generous, elegant, vision，And the white bright bone can make the ceiling from the perspective of a whole, blackbone plate Ming lattice, crisp lines, strong stereoscopic sense.

铝扣板设计风格独特，结构随意，造型各异的铝单板建筑吊顶，波浪型铝单板融合了现代装饰的使用功能和极具时代感的设计效果，使材料的本质精华得到充分的体现，从而使空间延伸在此得到充分释放。波浪型铝单板天花典雅时尚造型美观大方，立体感强，可根据设计要求订做。各种造型铝单板可充分体现设计空间的独特和超凡脱俗。其简洁流畅的线条也使其自身与环境之间达成了近乎完美的结合，方便建筑装饰格栅对工程吊顶材料灵活搭配。

The design style of single aluminum plate structure is unique, random, different shapes of the aluminum veneer building ceiling, wave type aluminum single plate fusion designeffect of modern decorative function and very modern, the essence of the material to be fully reflected, which makes the space extension of this fully release. Wave typealuminum veneer ceiling elegant fashion elegant design, three-dimensional sense of strong, can be customized according to the requirements of the design. All other single aluminum plate can fully reflect the unique and extraordinary design space. The simple and smooth lines also makes its own environment and reached a near perfectcombination;

 目前市场上的铝扣板天花也分三个档次：第一类铝镁合金，同时含有部分锰，该材料最大的优点是抗氧化能力好，同时因为加入适量的锰，在强度和刚度上有所提高，是吊顶的好材料；第二类铝锰合金，该板材强度与刚度略优于铝镁合金，但抗氧化能力略有不足；第三类铝合金，该板材所含锰、镁较少，所以其强度及刚度均明显低于铝镁合金和铝锰合金，抗氧化能力一般。 而我们宏铝扣板是采用优质的进口铝合金板材定做的，管用几十年。

Currently on the market of aluminous gusset plate is divided into three grades: the first kind of aluminum magnesium alloy, while containing manganese, advantages of the material is the greatest antioxidant ability is good, and because of adding manganese, increased in strength and rigidity, ceiling The best material; second kinds of aluminum manganese alloy plate, the strength and stiffness is slightly better than that of aluminum magnesium alloy, but slightly less than third kinds of antioxidant capacity; aluminum alloy plate, the manganese, magnesium is less, so the strength and stiffness were significantly lower than that of aluminum magnesium alloy and aluminum

Manganese alloy, oxidation resistance.