【Case of Interlayer Fire Stopping】Hangzhou Binjiang Hengsheng Financial Cloud Headquarters Building

        The headquarters building of Hang Seng Financial Cloud is an innovative industrial and industrial land. The project is located in the Internet + plot in Binjiang District, Hangzhou City, Zhejiang Province, with Binxing Road to the south, Jiangnan Avenue to the north, Kangxiang Road to the west, and Shidai Avenue to the east. The project is across the road from the Alibaba Binjiang Park, with a total construction area of about 250,000 square meters, integrating a cloud computing center, intelligent office, and data hub. Its exterior facade adopts an ultra-modern glass curtain wall design, but the performance, lightweight, and aesthetic coordination of the inter-floor fire protection system have become design difficulties.

Case Details

Project Name: Hengsheng Financial Cloud Headquarters Building
Application Product: FCA Fireproof Board
Application Part: Fireproofing between curtain wall layers
Product Application Highlights: Class A fire resistance, moisture resistance, easy construction; can be deeply processed according to the size specifications provided by customers, enabling convenient and quick on-site direct installation

Rendering

Product Introduction

        Fire-resistant FCA boards are a series of boards underYuanyang Weili Company that focus on fire resistance performance. In their formula, raw materials with outstanding fire resistance such as alumina, mica, and kaolin are added to achieve the goals of reducing thermal conductivity and improving fire resistance. 

        Fire-resistant FCA boards do not burn at 800℃ and have no flames at 1200℃, reaching the non-combustible fire resistance grade A1. In case of a fire, the continuous burning time of the boards is zero, and no toxic smoke is produced. The low thermal conductivity prevents the flame temperature from penetrating the boards, and during the process of encountering fire and burning, they can absorb a large amount of heat, delaying the rise of the surrounding environment temperature.