Four major spraying features of inorganic fibers.

1.保温绝热

1. insulation and insulation

超细无机纤维喷涂是一种具有高效绝热性能的节能保温材料。导热系数λ=0.038W/m•K，在A级不燃保温材料中，绝热性能排名位于众多建筑保温材料的前列。

Superfine inorganic fiber spraying is an energy-efficient thermal insulation material with high efficiency and adiabatic performance. The thermal conductivity coefficient is =0.038W/m K. In the A-class nonthermal insulation materials, the insulation performance ranks the forefront of many building insulation materials.

2、整体无接缝

2. There is no joint in the whole

超细无机纤维喷涂后的保温绝热层形成一个皮肤式的整体，密闭无接缝，有效地阻断热桥，从根本上解决了传统绝热型材接缝多,易脱落变形,与基体粘贴不牢等问题,大大的提高了建筑围护结构的保温效果。

The thermal insulation layer of the superfine inorganic fiber formed a skin type whole, closed and no seam, effectively blocking the heat bridge. It fundamentally solved the problems of many joints of the traditional adiabatic sections, easy to fall off and deformation, and not stick to the matrix, and greatly improved the thermal insulation effect of the building enclosure.

3、不燃性(A级防火)

3, non flammability (a class fire protection)

超细无机纤维喷涂层绝大多数成份为无机物，经检测，不燃烧、不发烟，为A级不燃材料。这一特性，完全满足了《汽车库、修车库、停车场设计防火规范》(GB50067-97)防火等级的要求，这一显著特性填补了其它材料的不足。

Most of the ultrafine inorganic fiber sprayed coating is inorganic. After testing, it does not burn or smoke. It is a class of noncombustible material. This feature fully meets the requirements of the fire protection grade of the garage, garage, parking design code of fire (GB50067-97), which fills the shortage of other materials.

4、复杂结构的适应性

4. Adaptability of complex structure

超细无机纤维喷涂可直接喷涂于钢结构、混凝土等任何介质上，高效率机械自动化施工作业，可以在任意复杂(异型)结构或管线、吊挂件、密集区域,即使是施工人员很难到达的空间，均可轻松喷涂施工。充分展示了其产品的可塑性和完整的密闭包裹性，大大地提高了纤维喷涂的绝热效果和吸声效果。

Superfine inorganic fiber spraying can be sprayed directly on any medium such as steel structure and concrete. High efficiency mechanical automation construction work. It can be sprayed on any complex (abnormal) structure or pipeline, hanging wall and dense area, even if the construction personnel are difficult to reach the space. It fully demonstrates the plasticity and complete encapsulating property of its products, which greatly improves the adiabatic effect and sound absorption effect of fiber spraying.