Material - Facade3D

Materials

Main Materials

UHPC

UHPC (Ultra-High Performance Concrete) is suitable for architectural decorative irregular products and various artistic shapes. it also engineered for demanding structures like bridges, high-rises, and marine projects where extreme strength & durability are critical.

Core Components: High-strength cement (primary binder) ；Silica fume (enhances density/durability)；Graded quartz sand (optimizes particle structure) ；Steel fibers (boosts toughness & crack resistance) ；Superplasticizers (reduces water ratio, improves flowability)

This synergy delivers unmatched mechanical performance and long-term resilience.

Admixtures

Fiber

Fine Aggregate

Mineral Additives

Concrete

GRC

GRC (Glass Fiber Reinforced Cement) is ideal for architectural facades, decorative elements, and sculptures requiring complex shapes with lightweight yet high strength.

Core Components:
Rapid-hardening sulfoaluminate cement (primary binder)
Alkali-resistant glass fibers (enhances toughness & strength)
Acrylic copolymer emulsion (improves adhesion & durability)
Custom admixtures (adjusts setting time/strength as needed)
Pozzolanic materials (optimizes overall performance)

This combination delivers lightweight durability and unparalleled design flexibility.

Fine Aggregate

Admixtures

Fiber

Mineral Additives

Concrete

GRG

GRG (Glass Reinforced Gypsum) is widely used in interior decoration, theaters, commercial spaces, and cultural venues, combining aesthetic appeal with acoustic functionality.

Core Composition:
Calcium sulfate hemihydrate gypsum (base material)
High-strength alkali-resistant glass fibers (for enhanced toughness)
Trace eco-friendly additives (performance optimization)
Water (mixing and molding agent)

Plaster Powder

High-Strength Alkali-Resistant (AR) Glass Fibers

Trace Eco-Friendly Additives

Fiber

GRP

GRP (Glass Reinforced Plastic) is widely used in marine vessels, automotive parts, chemical equipment, and architectural decoration where lightweight strength and corrosion resistance are critical.

Core Components:
Glass fibers (primary reinforcement for strength)
Polymer resin matrix (binds fibers and transfers stress)
Performance additives (enhances weather/ﬁre resistance)
Fillers (cost optimization & stability improvement)

Glass fiber

Resin

Additives

Fillers

TCP

Fast-Curing & High-Temperature Resistant – Specially formulated for refractory materials and rapid repair applications.

Tricalcium Phosphate (TCP)
• Chemical Classification: Inorganic compound
• Composition: Calcium ions + Phosphate ions
• Molecular Formula: Ca₃(PO₄)₂

Industrial Production Methods:
Dry Process: Raw Materials: Calcium hydroxide (or calcium carbonate) + Thermal-grade phosphoric acid
Wet Process: Raw Materials: Calcium chloride solution + Trisodium phosphate solution

Thermal Process Phosphoric Acid

Calcium Hydroxide

Trisodium Phosphate

Calcium Chloride Solution

Supporting Materials for Luminescent Cement

Lighting System Specifications: Luminaires: Low-power LEDs (5-20W selectable); Color temperature: 3000K-6000K (±5%); RGB color tuning (16 million colors)

Smart controller with: Programmable timing; Dimming (0-100%); Dynamic color mixing

Protection: IP68 waterproof rating; Nano-coated surface protection; Hermetic sealing technology

Layout Options: Uniform array (standard); Custom pattern design; Geometric configurations

Brand/logo integration: Artistic illumination effects; 50,000+ hours lifespan (L70); Premium-grade materials (cost-intensive); Professional installation required

After-Sales: 1-3 year warranty covering Material defects; Installation failures; Control system malfunctions