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Bent Tempered Glass custom made
Bent Tempered Glass custom made
Bent Tempered Glass custom made
Bent Tempered Glass custom made
Bent Tempered Glass custom made
Bent Tempered Glass custom made

goods self operated icon Best Choice Bent Tempered Glass custom made

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Min. Order: 1 Square meter
Transport Package:
wooden case packaging
Specification:
container
After-sales Service:
According to the contract
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Customized Request
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Quick Details

Warranty:
According to the contract
Shape:
Curve
Appearance:
Bent Tempered
Standard:
GB/T19001-2016
Steel Degree:
Tempered Glass Half- Tempered Glass
Thickness of Flat Tempered Glass:
19mm 15mm 12mm 10mm 8mm 6mm 5mm 3.4mm
Thickness of Curve Tempered Glass:
19mm 15mm 12mm 10mm 8mm 6mm 5mm 3.4mm
Fragment State:
I II III
Technics:
Physically Tempered
Flatness:
Conforming Article High Class
Usage:
Building Furniture
Payment:
Other
Export Port:
Qingdao

Quick Details

Product Highlights

1. What Is Bent Tempered Glass?

  • Safety First: Upon breakage, it shatters into small, granular pieces—eliminating sharp shards
  • Thermal Stability: Withstands extreme temperature variations (up to 250°C differential)
  • Optical Clarity: Maintains visual quality with minimal distortion
  • Structural Integrity: Engineered to withstand wind loads, impact, and thermal stress
  • Design Freedom: Creates seamless curves and flowing forms impossible with flat glass

2. The Manufacturing Process

StageDescription
Glass CuttingPrecision cutting of flat glass to specified dimensions
Edge ProcessingGrinding and polishing of edges before bending
Hole Drilling / NotchingCutouts, holes, and notches processed prior to tempering
HeatingGlass heated uniformly to 650–700°C in a tempering furnace
BendingGlass shaped over a custom steel mold or between bending rollers
QuenchingRapid cooling with high-pressure air jets to create surface compression
InspectionOptical quality, radius accuracy, and tempering integrity testing

Bending Types & Capabilities

Bending TypeDescriptionTypical Applications
Cylindrical BendingSingle-axis curvature—uniform radius across the entire panelCurtain walls, display cases, shower enclosures, walkways
Conical BendingVariable radius—tapered curve (different radius at top vs. bottom)Escalator glazing, architectural features, spiral staircases
Compound BendingDouble curvature—complex shapes curving in two directionsAutomotive windshields, specialty architectural elements, domes
S-Shaped / SinusoidalReverse curves—multiple opposing bends in one panelStaircase railings, feature walls, artistic installations
Spherical / DomeMultidirectional curvature—bubble or dome shapeSkylights, domes, conservatories, planetariums
Sharp Bends / Tight RadiusExtremely small radius (down to 500mm)Retail displays, furniture, showcases, corner glazing
U-Shaped / ChannelThree-sided bending—two parallel bendsElevator glazing, display cases, corner windows

Radius Guidelines by Thickness

Glass Thickness (mm)Minimum Cylindrical Radius (mm)Recommended Radius (mm)Typical Applications
3 – 4mm500600 – 800Small displays, furniture, automotive
5 – 6mm600800 – 1200Shower enclosures, display cases
8 – 10mm8001200 – 1800Railings, balustrades, interior partitions
12mm10001500 – 2500Curtain walls, structural glazing
15mm15002000 – 3000Large architectural features
19mm20002500 – 4000Heavy-duty structural applications

Glass Options for Bent Tempered Glass

Glass TypeCharacteristicsBest Applications
Clear FloatStandard clarity, slight green tint at edgesGeneral architectural, cost-effective projects
Ultra-Clear Low-IronCrystal-clear, no green tint—water-white appearanceHigh-end retail, luxury residences, display cases
Tinted GlassBronze, gray, blue, green, black—reduces glare and solar heat gainSolar control, aesthetic facades
Low-E CoatedEnergy-efficient, thermal insulationCurved curtain walls, energy-saving applications
Reflective CoatedMirror-like appearance, high solar controlIconic architectural features, privacy
Frosted / Acid-EtchedPrivacy with light diffusionBathrooms, partitions, decorative features
Patterned / TexturedDecorative surface patternsInterior design, privacy glazing
Silk-Screen PrintedCustom ceramic frit patternsBird-safe glazing, spandrel panels, branding
Laminated Bent GlassPVB or SGP interlayer for safety and securityStaircases, railings, overhead glazing

Laminated Bent Tempered Glass

FeatureDescription
ConstructionTwo or more layers of bent tempered glass bonded with PVB, SGP, or EVA interlayer
Interlayer OptionsStandard PVB / Acoustic PVB / SGP  / Colored PVB
BenefitsPost-breakage integrity, 99% UV protection, enhanced acoustic insulation, forced entry resistance
ApplicationsCurved balustrades, staircases, skylights, high-security glazing, overhead canopies

Applications

SectorCommon Uses
Architectural FacadesCurved curtain walls, entrance canopies, feature glazing, corner windows
Interior DesignCurved partitions, feature walls, reception desks, spiral staircases
Staircases & RailingsCurved glass balustrades, spiral staircase glazing, handrails, guardrails
Skylights & CanopiesBarrel vaults, domed skylights, curved canopies, walkway covers
Shower EnclosuresCurved frameless shower screens, steam rooms, sauna enclosures
Retail & DisplayCurved display cases, museum exhibits, luxury showcases, jewelry displays
Automotive & TransportWindshields, sunroofs, bus shelters, train windows, aircraft interiors
FurnitureCurved tabletops, shelving, cabinet doors, desk surfaces
Pool & SpaCurved pool fencing, spa enclosures, sauna doors
ElevatorsCurved elevator cabs, panoramic elevator glazing

Performance Characteristics

PropertyValue
Strength5–7x stronger than annealed glass of same thickness
Thermal Shock ResistanceWithstands temperature differences up to 250°C
Impact ResistanceSuperior impact strength compared to annealed glass
Breakage PatternShatters into small, blunt granules—minimizes injury risk
Optical DistortionMinimal—within industry standards for bent glass
Flatness Tolerance±0.5mm per meter (post-bending)
Radius Tolerance±2mm (varies by radius and thickness)
Surface Compression69–103 MPa (10,000–15,000 psi) minimum
Edge Compression67 MPa (9,700 psi) minimum

Quality Standards & Certification

StandardDescriptionCompliance
EN 12150European standard for thermally tempered glassCertified
EN 1863European standard for heat-strengthened glassCertified
ASTM C1048American standard for heat-treated flat glassCompliant
ANSI Z97.1Impact safety glazing standardClass A
CPSC 16 CFR 1201Consumer product safety glazingCategory II
3C CertificationChinese safety glass certificationCertified
ISO 9001Quality management systemCertified

Quality Control

Inspection StageTesting MethodAcceptance Criteria
Raw GlassOptical quality, thickness tolerance, surface defectsNo bubbles, inclusions, or scratches exceeding spec
Edge ProcessingEdge quality, chip detectionSmooth, chip-free edges
Pre-BendingDimensional accuracy of cut glass±0.5mm tolerance
Post-BendingRadius measurement, optical distortion, surface quality±2mm radius tolerance; minimal distortion
TemperingSurface compression test, fragmentation test40+ fragments per 50mm × 50mm area
Final Inspection100% visual inspection, dimensional verificationZero critical defects

Comparison: Bent Tempered vs. Bent Annealed Glass

FeatureBent Tempered GlassBent Annealed Glass
Strength5–7x strongerStandard strength
SafetyShatters into small granulesSharp shards upon breakage
Thermal ResistanceHigh (up to 250°C ΔT)Low (risk of thermal stress breakage)
Post-Breakage IntegrityNone—completely shattersSharp fragments may fall
ApplicationsSafety glazing, structural, exteriorNon-critical interior, decorative
CostHigherLower
ProcessingMust be bent during temperingCan be bent cold (risk of breakage)
Code ComplianceMeets safety glazing codesDoes not meet safety glazing codes

Comparison: Bent Tempered vs. Bent Heat-Strengthened Glass

FeatureBent Tempered GlassBent Heat-Strengthened Glass
Strength5–7x stronger2x stronger
Breakage PatternSmall granulesLarge fragments (may remain in frame)
Thermal ResistanceHigh (250°C ΔT)Moderate (100°C ΔT)
Post-BreakageShatters completelyRemains intact with cracks
ApplicationsSafety glazingSpandrel glass, thermal stress applications
CostHigherModerate

Customization Options

CategoryOptions
ShapeCylindrical, conical, compound, S-shaped, spherical, U-shaped, freeform
DimensionsAny length, height, and radius combination
Thickness3mm – 19mm (tempered) / up to 25mm (heat-strengthened)
Edge FinishFlat polish, seamed, beveled, pencil edge
Holes & CutoutsPrecision-drilled holes, notches, slots, custom cutouts (must be processed before bending)
Surface TreatmentSandblasting, acid-etching, silk-screen printing, ceramic frit, digital printing
CoatingLow-E, reflective, anti-reflective, self-cleaning
LaminationPVB, acoustic PVB, SGP, colored interlayers
Hardware IntegrationCustom brackets, clamps, fittings, hinges, standoffs

Design Considerations

ConsiderationRecommendation
Minimum RadiusConsult engineering team for your specific thickness and shape requirements
Holes & CutoutsMust be processed before bending; location and size limited by curvature—provide detailed drawings for feasibility review
Edge FinishPolished edges recommended for safety and aesthetics; required for frameless installations
LaminationRequired for overhead applications, balustrades, and safety-critical installations per building codes
TolerancesAccount for radius tolerance (±2mm) and dimensional tolerance in frame design
InstallationSpecialized hardware and experienced installers required; provide anchor points and support calculations
Thermal StressConsider solar exposure and thermal movement in design; use heat-strengthened or tempered for high thermal load areas
Visual DistortionSome distortion is inherent in bent glass; discuss optical requirements with engineering team

Packaging & Delivery

AspectDetails
PackagingCustom A-frames with padded supports; interleaving paper between panels; edge protectors
Export PackagingHeavy-duty wooden crates with moisture barrier and shock absorption
ShippingSpecialized transport for curved glass; flatbed trucks with custom racking
Lead Time15–30 days depending on complexity, quantity, and radius requirements
Minimum OrderCustom per project—prototype to mass production

Why Choose Our Bent Tempered Glass

  • Precision Bending: Advanced tempering furnaces with computer-controlled bending systems for consistent radius accuracy
  • Large Format Capability: Up to 3000mm × 5000mm—accommodating large-scale architectural projects
  • Full Customization: Any radius, shape, thickness, and finish—from prototype to production
  • Integrated Manufacturing: Cutting, edging, drilling, bending, tempering, and lamination all in-house
  • Quality Assurance: Rigorous inspection at every stage—from raw glass to finished product
  • Global Expertise: Trusted by architects, designers, and contractors worldwide
  • Technical Support: Expert guidance on feasibility, radius limitations, and installation requirements
  • Safety Certified: All products meet or exceed international safety glazing standards

Recent Projects

Project TypeApplicationGlass Specification
Luxury RetailCurved display cases10mm clear bent tempered with polished edges
High-Rise ResidentialCurved curtain wall12mm Low-E bent tempered IGU
Airport TerminalCurved balustrades8mm + 8mm laminated bent tempered with SGP
MuseumSpiral staircase glazing10mm + 10mm laminated bent tempered, ultra-clear
Automotive ShowroomCurved entrance canopy15mm clear bent tempered with silk-screen frit
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