1.Enhanced Stability & Strength The heat soak process eliminates internal stresses in heat toughened glass partitions, significantly improving their structural integrity. This makes them perfect for load-bearing safety building glass systems that must comply with stringent BS/EN standard glass requirements. 2.Superior Impact Resistance Unlike ordinary glass, heat soak tested glass is highly resistant to breakage from external forces. This makes it a preferred choice for safety building glass in high-traffic areas, ensuring compliance with BS/EN standard glass impact safety regulations. 3.Exceptional Heat Resistance The tempering process gives heat toughened glass partitions significantly improved thermal stability, allowing them to withstand high-temperature environments without compromising safety—a crucial feature for BS/EN standard glass in facades and fire-rated applications. 4.Nickel Sulfide Inclusion Elimination The heat soak test detects and eliminates potential defects, ensuring long-term reliability for safety building glass installations. This extra quality control step is why heat toughened glass partitions meet the highest BS/EN standard glass certifications.
Clear toughened glass revolutionizes glass balustrade and glass pool fence designs with 5x impact resistance (EN 12150), eliminating breakage risks in high-traffic areas. Its low-iron composition ensures >91% light transmittance, maintaining color consistency in glass balustrade for modern buildings. For glass pool fence, laminated versions resist chlorine corrosion and UV fading, ensuring safety and clarity in residential pools. Engineered to withstand 5400 Pa wind loads, clear toughened glass glass balustrade systems excel in coastal climates, resisting salt spray and thermal shock . Glass Pool Fence with tempered edges prevent spontaneous breakage. Clear toughened glass in glass balustrade and glass pool fence meets LEED v4.1 daylighting standards (≥75% UDI-a), reducing HVAC energy use by 18%. Borosilicate variants cut condensation risks by 70%, ideal for extreme climates.
