25mm Liquid‑Filled Fire Glass Project | Jining Beihu Institute of Technology

Jining Beihu Institute of Technology is located in Taibai Lake New District. It is a modern‑style institute integrating teaching‑training, scientific‑research‑experiment and campus supporting facilities. Heavy pedestrian flow occurs in teaching buildings, laboratories, public corridors and training venues on campus, with a large population of teachers and students. Campus buildings impose strict requirements on fire safety, daylight transparency and spatial aesthetics. For key locations including laboratories, evacuation corridors and fire compartments, the project adopts large‑volume 25 mm liquid‑filled composite fire‑resistant glass manufactured by Jinan Shenying, achieving an ideal balance between fire safety and campus architectural aesthetics.

The 25 mm liquid‑filled fire‑resistant glass is Class‑A composite heat‑insulating fire‑resistant glass. It is made by sealing and pouring fire‑resistant liquid between two glass panes, satisfying both fire‑resistance integrity and thermal‑insulation performance. In case of fire, the intermediate liquid interlayer rapidly cures and hardens under high temperature to form a dense fire‑proof and heat‑insulating protective layer. It effectively blocks flame spread, high‑temperature thermal radiation and smoke diffusion, buying precious evacuation time for teachers and students and fully complying with fire‑protection design codes for campus buildings. Featuring good light transmittance and a clean‑transparent appearance, the product fits the minimalist‑modern architectural style of the campus.

In practical campus applications, this fire‑resistant glass realizes fire‑compartment separation while admitting ample natural light. It eliminates the oppressive feel of solid walls and creates open‑bright classrooms, corridors and training spaces. Meanwhile, it delivers excellent sound‑insulation performance to block ambient noise and build a quiet campus environment for teaching and practical training.

After on‑site installation, all performance parameters met specifications and the project successfully passed fire‑safety acceptance. With stable and reliable comprehensive performance, the 25 mm liquid‑filled fire‑resistant glass safeguards teachers’ and students’ safety on campus and provides a high‑quality reference case for fire‑resistant glass applications in domestic university projects.