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UHPC & GRC Complex Architecture Manufacturing
A Global Benchmark in Smart Architectural Fabrication
400-777-2203
0760-88706348
13902597531
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GRC Component Maximum Single-Panel Area: Boundaries in Panel Size, Weight, Transport, and Installation
A single GRC flat panel can exceed 10㎡ (with reinforced rib design), while 1-2.5㎡ per panel is common in projects; the size limit is determined jointly by weight, transportation, hoisting, and curved-surface precision. Guangdong Qinglong explains the panel division logic and real-world cases of extra-large components.
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GRC Component Minimum Wall Thickness: Technical Boundary and Application Rules for 12 mm Thin-Wall Construction
The minimum wall thickness of GRC components is generally 12-15mm (the commonly accepted engineering value under JGJ/T423-2018), while special carved panels can be made at 10mm. This article analyzes thin-wall boundary conditions, stiffening rib logic, and thickness selection recommendations, with practical evidence from a Guangdong Qinglong thin-wall project.
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GRC Three Strength Indicators Explained: Compressive, Flexural, and Tensile Data and Test Basis
GRC compressive strength can reach 40-60MPa, flexural strength 15-25MPa, tensile strength (proportional limit) 5-8MPa, and ultimate tensile strength 8-11MPa. This article explains in detail the data sources, testing methods, and design values, with a description of Guangdong Qinglong's batch testing system.
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GRC Density Explained: Comparison with Ordinary Concrete and Stone, and Structural Significance
GRC has a bulk density of approximately 1.8-2.1 t/m³, about 20%-30% lighter than ordinary concrete (2.4 t/m³). Combined with its thin-wall construction, the self-weight per unit area can be reduced to 1/3 that of natural stone. Guangdong Qinglong Construction analyzes GRC density data and its significance for structural load design.
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GRC Composition Explained: Cement-Based vs Gypsum-Based — Mix Ratio, Fibers, and Admixtures Fully Analyzed
GRC is a cement-based composite material composed of sulphoaluminate/silicate cement + quartz sand + alkali-resistant glass fiber + admixtures, fundamentally different from gypsum-based GRG. Guangdong Qinglong Construction (a contributing unit to JGJ/T423-2018) explains the GRC composition system in detail.
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What Are GRC Complex-Shaped Buildings? 6 Benchmark Cases at Home and Abroad
GRC irregular-shaped buildings refer to buildings whose non-linear, streamlined, and sculptural forms are achieved with GRC components. This article examines typical examples such as Zaha-style streamlined architecture, cultural tourism parks, and cultural venues, and includes proven case studies such as Guangdong Qinglong's 25,000㎡ Luban Award project.
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Complex-Shaped GRC vs Standard GRC: 5 Key Differences in Process, Mould, Precision, Price, and Acceptance
GRC special-shaped components refer to non-standard shaped components such as double-curved surfaces, openwork patterns, and variable cross-sections, which differ significantly from standard flat-panel GRC in mold development, production precision, and cost. Guangdong Qinglong Construction explains the difference between the two with a 60% openwork rate and ±0.5mm mold precision.
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What is GRC? Full Name, Composition & Core Properties Explained (2026 Edition)
GRC stands for Glass Fiber Reinforced Concrete, a composite material with cement mortar as the matrix and alkali-resistant glass fiber as the reinforcing material. This article, by Guangdong Qinglong Construction (founded in 1997 and a contributing unit to JGJ/T423-2018), explains in detail the composition, properties, and applications of GRC.
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GRC and Sustainable Building Design: 80%+ Lighter, Non-Combustible Green Facade Solution
Sustainable architectural design does not mean sacrificing aesthetics and functionality, but rather using smarter materials and construction methods to achieve triple benefits—economic, social, and environmental. With its lightweight, high-strength, non-combustible, moldable, durable, and eco-friendly raw material properties, GRC has become a commonly used solution in green facades, historic restoration, and landscape design. If you are planning a green building project
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GRC Sustainability Competitiveness: Life Cycle Assessment Driving Business Growth
Sustainability is not a burden for GRC companies, but a key lever for weathering cycles and winning high-end clients. By turning the three-legged stool model into decision-making language, LCA into a sales tool, and EPD into a bidding passport, GRC manufacturers can fully find a new growth curve in the green transition.
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UHPC Non-Load-Bearing Components Explained: 120 MPa Compressive Strength & 200 Freeze-Thaw Cycles
Based on the JC/T industry standard General Technical Conditions for Non-load-bearing Components of Ultra-High Performance Concrete (UHPC), this article explains key indicators of UHPC components in detail, including 120MPa compressive strength, 200 freeze-thaw cycles, and 10kN pull-out resistance of embedded bolts. Written by Guangdong Qinglong Construction Engineering Co., Ltd., a UHPC manufacturer that participated in drafting the national industry standard, it includes a complete indicator c
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Full GRC Perforated Curtain Wall Construction Process: Liyuan Hotel Luban Prize Case Study
The GRC (Glass Fiber Reinforced Cement) openwork curtain wall adopts a unitized top-hung, bottom-insert installation process, with each panel weighing approximately 1.5 tons and an openwork ratio exceeding 45%. The Guangxi Liyuan Hotel project successfully resolved issues such as insufficient strength of openwork panels and low steel structure fabrication precision through resin grid reinforcement, CNC mold precision control, and an integrated seamless corner sealing process
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