Revolutionizing the stone industry with innovative tools for suppliers, fabricators & architects. ποΈ Vein matching, project management & warehousing. #StoneTec
Digital stone handling is your key to efficient planning, storage, and sales management of natural stone. Discover what matters in less than 2 minutes. https://t.co/muP8bQ3l2r
To bring stone into the 21st century, the industry must educate, innovate with tech, and develop standardized products. Together, we can realize stone's potential! π€ #StoneCollaboration
The future of stone lies in its past - a return to structural use to tackle construction's climate impact. Its benefits are too good to ignore! β³ #StoneLegacy
When a stone building is demolished, its masonry can be repurposed. But it takes planning & coordination to do it right! ποΈ #CircularConstruction
Stone bricks are easily incorporated into projects without major redesigns. Sourced from local quarries, they're key to a low-carbon building future! π #LocalMaterials
Low-carbon stone bricks are a game-changer: 55-86% less carbon intense than clay bricks! Cost-effective, strong & tactile - a win for sustainable construction. π§± #GreenMasonry
Stone is incredibly strong in compression thanks to its formation process. But it needs thoughtful engineering to perform well under tension. ποΈββοΈ #StructuralStone
Stone's thermal mass properties can absorb unwanted heat in hot climates and store warmth in winter. Smart material choice matters! π‘οΈ #EnergyEfficiency
Stonemasons of the past were masters of geometry & stereotomy for daring structures. Today's digital tools continue that legacy of innovation. βοΈ #ParametricStone
Finite element analysis & non-destructive testing are optimizing stone use from quarry to construction to maintenance. Science is elevating this timeless craft! π¬ #MaterialScience
From 17th-century water mills to modern CNC machines, stonemasons have always embraced technological progress to push boundaries. π» #InnovativeStone
Lack of codes & certification have left stone out of the materials conversation. But architects & clients still desire authentic, reassuring stone buildings. ποΈ #StoneRevival
With efficient modern extraction, low water usage & easy reuse, stone is primed for a renaissance. The conditions are right to rediscover this timeless resource! β³ #StoneSustainability
Stone is strong, slow to age, low-maintenance, fire-resistant & versatile. This natural material has much to offer for reducing construction's carbon footprint. πΏ #FutureOfConstruction
In post-war France, widely available stone became the most economical material for rebuilding housing. Let's relearn the art of structural stone! π«π· #AffordableHousing
Misconceptions have held stone back - perceived as costly & challenging to use. But by embracing its raw potential, stone can be an optimal construction material. πͺ¨ #RethinkStone
Granite has a global warming potential 80% lower than reinforced concrete for structural columns. Stone is a material for a resilient future! πͺ #ClimateAction
Stone embodies "reduce, reuse, recycle" - no kilns, crushing or mixing needed. As the world changes, stone remains a steadfast ally in sustainable construction. β»οΈ #CircularEconomy
Forget energy-intensive manufacturing. Stone arrives at construction sites with a minimal carbon footprint, sculpted by nature over eons. ποΈ #LowCarbonBuilding
Did you know stone is one of the most planet-friendly building materials? Its low carbon footprint comes naturally - simply hewn from the earth. π #SustainableConstruction