Metallic
Bonded
Metal granules cast into a tough, fibre-reinforced polymer (FRP) matrix for dimensional texture and integral material character.
Explore Metallic BondedS3 SURFACES INDIA
Large-format, highly durable, 3D-textured Architectural Bonded Cast-Composite Surfacing Sheets designed for architecture.
SURFACES
Explore Metallic Bonded and Crystal-Quartz Bonded surfaces developed as architectural surfacing sheets.
Metal granules cast into a tough, fibre-reinforced polymer (FRP) matrix for dimensional texture and integral material character.
Explore Metallic BondedCrystallised quartz material cast into an FRP matrix to create a contemporary, textured architectural surfacing sheet.
Explore Crystal-QuartzWHY S3
Texture is cast into the surface, creating depth, shadow and architectural dimension.
Composite construction creates a lighter surfacing solution than many solid-material alternatives.
Designed for demanding architectural environments with durable, low-maintenance surface characteristics.
Colour and material character are part of the cast composite rather than simply a surface coating.
APPLICATIONS
S3 Surfaces are specified across architectural interiors and selected systems where material presence and textured expression matter.
TECHNOLOGY
S3 technology brings together pattern development, mould making, casting and finishing to create architectural surfacing sheets with dimensional texture.
The technology platform supports Metallic Bonded and Crystal-Quartz Bonded material systems.
PROJECTS
A curated visual archive of documented S3 applications and project references.
Documented project imagery and approved public project information will be added here.
SPECIFIER CENTRE
Product datasheets, CSI specifications, environmental information, installation guidance, care & maintenance and warranty information will be organised in one technical resource centre.
Request Technical InformationABOUT S3
S3 Surfaces India brings together material technology, mould development, manufacturing discipline and craftsmanship to create architectural surfaces.
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