Stay updated on the latest trends and standards in the glass industry, including new regulations, market shifts, and technological advancements shaping the future.
Fire-rated glass and sprinklered settings up are not interchangeable, also when a task group desires they were. This overview explains exactly how to make a decision between fire ranked glazing, sprinklered assemblies, and crossbreed fire-rated wall surface assemblies without wagering on code intent.
A field-tested malfunction of New York City glass deflection regulations for architects, exterior specialists, GCs, and purchase groups. We divide code fact from shop-drawing movie theater, with sensible look for curtain walls, home window walls, solidified glass, laminated glass, IGUs, and façade compliance.
IGU panes can deflect far sufficient to touch under pressure, warm, elevation, bad spacer option, or weak glass sizing. This write-up discusses the auto mechanics, the warning signs, and the requirements mistakes that usually get concealed up until installment.
Glass does not stop working just when it breaks; it fails when deflection steals edge bite, seal life, sightline control, and proprietor self-confidence. This overview clarifies how to read glass code requirements, ASTM E1300, IBC language, and drape wall deflection limits like an expert doubter.
Color uniformity in low-iron and layered glass bundles is not a beauty problem; it is a procurement, covering, and fabrication-control problem. This short article explains where mismatch begins, exactly how to specify resistance, and what purchasers ought to require prior to mass production.
Most buyers think ASTM E1300 is just a chart. It isn’t. It’s a liability filter disguised as a standard.
Most guardrail failures start on paper, not on site. This piece breaks down the code logic behind laminated vs tempered glass, frameless detailing, thickness, and the hidden liability traps designers keep missing.
Most articles blur sloped glazing and skylights into one category. I think that’s lazy, because the code draws a sharper line: it rewards retained glass, labeled performance, and assemblies that fail predictably.
Most facade packages do not fail on glass strength alone; they fail on movement, anchors, bite, and lazy specifications. This piece breaks down seismic glazing requirements into the package decisions that actually survive review, procurement, and shake.
Most butt-joint glazing problems are sold as fabrication issues, but I think that is industry theater. The real story is geometry, sealant chemistry, movement tolerance, and the shortcuts nobody wants to admit.
Most buyers think curved glass is a styling upgrade. I think that is how budgets get burned, lead times get wrecked, and facades get overpromised before anyone has checked radius, yield, or thermal risk. This guide breaks down where curved glass curtain wall deals actually go wrong, what recent 2024 data says about carbon, retrofit economics, and code pressure, and which supplier questions separate adults from brochure merchants.
Most commercial buyers price glass by square foot and regret it later. This guide shows where safety glazing is actually required, when tempered glass is not enough, and how to buy for code, impact, and fallout retention.