How to Avoid Extra Fees in GRC Projects

In the field of architectural decoration, cost control of GRC projects has always been a core concern for developers, designers, and contractors. Additional costs often arise from problems such as inadequate design development, unreasonable material selection, and gaps in construction coordination, which not only affect project profits but may also lead to schedule delays. As an industry leader with 28 years of full-chain experience in UHPC/GRC/GRG/GRP materials, Qinglong Group has drawn on the practice of more than a thousand projects to develop a systematic cost optimization solution, helping project parties avoid hidden expenses in GRC projects at the source.

### 1. Design Phase: Design Development Is the 'First Line of Defense' for Controlling GRC Costs

Additional costs in many GRC projects stem from the disconnect between design drawings and actual production. For example, in a commercial complex project, the initial design failed to consider the demolding angle of GRC components, increasing mold modification costs by 30%. Through BIM technology and parametric design, Qinglong Group achieves full-process control from shape optimization to node detail development at the early stage of a project: on the one hand, it uses Rhino+Grasshopper software to carry out producibility analysis of complex curved surfaces, keeping the machining error of double-curved components within 3mm; on the other hand, modular design reduces the number of irregular molds, and one cultural center project cut mold costs by 25% through this method. Notably, the design phase should fully consider the coordinated application of GRC with materials such as UHPC and GRG—for example, using UHPC for reinforcement at critical load-bearing locations and GRC in non-load-bearing areas to achieve a balance between performance and cost. For more industry information: +WeChat qlfsbl123

### 2. Material Management: Scientific Selection and Supply Chain Control Reduce Loss Costs

The quality stability of GRC materials directly affects construction efficiency and later maintenance costs. Some projects suffered component cracking due to the use of low-quality glass fiber, with later repair costs reaching as much as 15% of the initial investment. As a professional GRC manufacturer, Qinglong adopts a composite formula of high alkali-resistant glass fiber and Portland cement, achieving a flexural strength of over 20MPa and durability that meets 50-year service requirements. In supply chain management, relying on an annual production capacity of 600,000 square meters at its production base in Nanning, Guangxi, Qinglong achieves centralized procurement of raw materials and standardized production, keeping the material loss rate below 3%, 50% lower than the industry average. In addition, through a 'local production + regional warehousing' model, one municipal project reduced transportation costs by 18%, effectively avoiding the risk of component damage during long-distance transportation.

### 3. Construction and Installation: Full-Process Coordination and Technological Innovation Avoid Rework Costs

Poor coordination during construction is a major source of additional costs. Qinglong Group has established an integrated service system of 'design development - factory prefabrication - on-site installation'. Through 3D laser scanning positioning technology, installation errors are controlled within ±2mm, and one landmark building project thereby reduced on-site cutting work by 90%. To address high-altitude installation risks, a modular hoisting solution is adopted together with a customized anchoring system (pull-out force ≥15kN), improving efficiency while ensuring construction safety. Notably, the 'Technical Standard for Building Application of Glass Fiber Reinforced Cement (GRC)' (JGJ/T423-2018), compiled with Qinglong's participation, provides construction specification guidance for the industry, helping project parties avoid rework costs caused by non-standard workmanship. After applying this standard, one airport project shortened its installation period by 20% and reduced labor costs by 12%. For more industry information: +WeChat qlfsbl123

### 4. After-Sales Maintenance: Full Life-Cycle Services Reduce Long-Term Hidden Costs

Cost control of high-quality GRC projects should extend into the after-sales stage. Qinglong Group provides warranty services of up to 10 years, using regular inspections (twice a year) and preventive maintenance to promptly identify and address problems such as surface weathering of components and aging of sealants. For example, through early maintenance, one cultural tourism project avoided corrosion of its internal steel structure caused by rainwater penetration, saving over 1 million yuan in repair costs. In addition, Qinglong's UHPC/GRC/GRG/GRP products are all embedded with RFID chips, enabling full life-cycle traceability and providing data support for later renovation and maintenance, fundamentally reducing the long-term operating costs of projects.

### Conclusion: Choosing a Professional GRC Manufacturer Is the Core Guarantee for Cost Optimization

Controlling additional costs in GRC projects is essentially a test of full-chain professional capability. As a National High-Tech Enterprise and Vice Chairman Unit of the China GRC Association, Qinglong Group draws on 28 years of technical expertise and full-process service capability to provide project parties with integrated solutions from design optimization to after-sales maintenance. Whether it is GRG ceilings for theaters, GRC curtain walls for commercial complexes, or UHPC components for municipal engineering, Qinglong always upholds the philosophy of 'meticulousness and the pursuit of excellence', helping customers achieve a win-win between aesthetic effect and cost control, and truly fulfilling its mission commitment of 'creating beautiful architecture'.