Nano silicon composite fire-resistant glass is a new type of fire-resistant glass made by stacking inorganic expandable nano silicon fire-resistant adhesive and multi-layer glass original sheets through special processes. The nano silicon fire-resistant glass developed and produced by the company has very reliable fire resistance integrity and thermal insulation. It is made by sandwiching two or more layers of glass with one or more layers of nano silicon fire-resistant adhesive, injecting the fire-resistant adhesive into the hollow compartment of laminated glass, and optimizing the composite through condensation to meet the corresponding fire-resistant grade requirements. This sandwich structure tightly adheres the glass to the adhesive liquid, thereby improving safety during use. It can effectively prevent the outer layer of glass from shattering and injuring people, with no risk of self explosion. It has the advantages of good heat resistance, insulation, weather resistance, sound insulation and transparency.

 

Main characteristics

· Block the spread and diffusion of flames, smoke, and heat.

· Meet the A (EI) level fire protection requirements for continuous 1.00-3.00h fire integrity and fire insulation.
· It has unparalleled transparency compared to ordinary glass.
· Has excellent sound insulation.
· Capable of producing products of various specifications and sizes according to customer needs.

· Glass with a thickness of generally 10-75mm is suitable for use in external wall fireproof windows, fire-resistant windows, escape passage spaces, and other occasions.

 

Nano silicon composite fireproof glass is a cutting-edge solution designed to enhance safety and protection in modern buildings. By integrating advanced nano silicon technology, this glass offers exceptional fire resistance, capable of withstanding extreme temperatures for extended periods. Its unique composite structure ensures minimal heat transfer, effectively preventing the spread of flames and smoke. Ideal for commercial and residential applications, this fireproof glass combines durability with aesthetic appeal.

The key advantage of nano silicon composite fireproof glass lies in its multi-layered design, which includes a nano silicon core sandwiched between tempered glass panels. This innovative composition provides superior thermal insulation and structural integrity, even under intense fire conditions. Unlike traditional fireproof glass, it remains transparent and crack-free, maintaining visibility and natural light transmission. This makes it perfect for windows, doors, and partitions in high-risk areas.

In addition to its fire-resistant properties, nano silicon composite fireproof glass is also highly durable and resistant to impact. The nano silicon layer reinforces the glass, making it less prone to shattering under stress. It also offers excellent sound insulation, contributing to a quieter and more comfortable indoor environment. Whether used in skyscrapers, hospitals, or schools, this glass ensures compliance with stringent safety standards.

Choosing nano silicon composite fireproof glass means investing in long-term safety and performance. Its eco-friendly composition and low maintenance requirements make it a sustainable choice for architects and builders. With its ability to combine fire protection, clarity, and strength, this glass is redefining the future of construction materials. Upgrade your project with the reliability of nano silicon technology today.

 

Nano silicon composite fire-resistant glass is a new type of fire-resistant glass made by stacking inorganic expandable nano silicon fire-resistant adhesive and multi-layer glass original sheets through special processes. The nano silicon fire-resistant glass developed and produced by the company has very reliable fire resistance integrity and thermal insulation. It is made by sandwiching two or more layers of glass with one or more layers of nano silicon fire-resistant adhesive, injecting the fire-resistant adhesive into the hollow compartment of laminated glass, and optimizing the composite through condensation to meet the corresponding fire-resistant grade requirements. This sandwich structure tightly adheres the glass to the adhesive liquid, thereby improving safety during use. It can effectively prevent the outer layer of glass from shattering and injuring people, with no risk of self explosion. It has the advantages of good heat resistance, insulation, weather resistance, sound insulation and transparency.