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Products Description

Architectural carbon fiber panels is a high-performance reinforcing material specially developed for the construction field, which is made of high-quality carbon fiber and imported high-performance resin composite. It can be adapted to various extreme environments, not only in terms of light weight, making the construction more convenient, but also efficiently enhance the structural load-bearing capacity of the building, extending the service life of the building, widely used in new buildings to strengthen the performance of the building and existing building repair and reinforcement.

Carbon fiber panels for construction manufacturers001

Product Parameters

Item	Parameter Details
Thickness	Available in multiple specifications: 1.2mm, 1.4mm, 2.0mm, 3.0mm, 4.0mm, meeting the strength requirements of different projects
Width	Conventional widths are 5cm and 10cm. Special widths can also be customized according to needs, adapting to diverse construction scenarios
Tensile Strength	Up to over 3000MPa, far exceeding ordinary steel, effectively enhancing the load - bearing capacity of structures
Elastic Modulus	240 - 295GPa, with excellent rigidity to ensure structural stability
Density	Approximately 1.55g/cm³, only 1/4 of that of steel, reducing the self - weight of the structure without compromising strength

Features and the Applications

1, the characteristics of the advantages: the unidirectional tensile strength of the Architectural carbon fiber panels is the same cross-section of steel four times, the density is only 1/5 of the steel, the weight per unit area to reduce more than 80%. The ductility coefficient of the concrete column reinforced with carbon fiber reinforced plastic is increased by 2.4 times, and the energy dissipation capacity is increased by 138%, which has certain anti-seismic effect.

2, customized size: single-layer carbon fiber board single layer thickness can be 0.2mm, can also be customized according to customer demand, high thickness of multi-layer design.

3, convenient installation: the installation process is fast and easy, carbon fiber board installation using epoxy resin adhesive, without welding, mechanical fixing or support frame.

4,Later Maintenance: Carbon fiber panels do not rust or corrode and perform well in harsh environments. Even after 15 years of exposure to high humidity and marine environments, carbon fiber panels still maintain good performance.

Detail introductions

SYCarbonFiber factory follows strict quality standards in the production process, from raw material procurement to production and processing. Each batch of products undergoes a number of quality testing processes to ensure that the quality of the panels is stable and reliable; we can also flexibly customize the size, thickness, strength and other parameters of the carbon fiber panels according to different engineering design requirements to meet the needs of diversified and personalized construction projects.

Summarize

Our Architectural carbon fiber panels are manufactured using a "precision tension control process" to ensure that each carbon fiber strand is under optimal pre-tension, resulting in a final product with a strength utilization rate of more than 95%, which is higher than the industry average.

According to different requirements of construction projects, you can refer to the following 2 professional solutions:
1. Standard: adopting T300 carbon fiber, with modulus of elasticity 150GPa and tensile strength ≥ 1200MPa, applicable to conventional beams, slabs and columns reinforcement, with the highest cost performance.
2. High Strength: T700/T800 carbon fiber, tensile strength ≥ 1800MPa, suitable for nuclear power plants, military facilities and other critical infrastructure and other reinforcing projects with very high load requirements.

SYCarbonFiber factory strictly controls the quality and specification of each piece of product, and we can achieve that the edge of each piece of plate adopts a special process to deal with the carbon fiber is not exposed, to avoid the construction personnel cutting and long-term use of the process of fiber loosening. The control system ensures that the coefficient of variation of the performance consistency of each batch of products is controlled within 3%. The width tolerance of the plate is controlled within ±1mm and the thickness tolerance is controlled within ±0.02mm.

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Attentive Service and Worry-Free After-Sales Service

1,Pre-sale support: 24 hours online to provide you with comprehensive consulting services, to assist you in accordance with the actual situation of the project, accurate selection of building carbon fiber board, to develop the optimal solution.
2, in-sale follow-up: after the order is generated, specialists follow up the production progress and logistics distribution, timely feedback information to ensure that the products are delivered to the construction site on time and safely.
3, after-sales protection: to provide long-term quality assurance, if there is any quality problem, we will respond quickly, arrange for professional on-site investigation and timely solution. At the same time, we provide customers with training and technical guidance to ensure the correct application of the product.

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Professional Counseling Issues

Q1: What are the advantages and limitations of architectural carbon fiber panels compared to traditional methods?

A1: Advantages: ① Lightweight and efficient ② Convenient construction ③ Ultra thin design ④ Durable and maintenance free ⑤ Strong adaptability. Limitations: ① High initial cost ② Fire resistance requirements ③ Construction environment requirements ④ Professional construction required

Q2: How long is the design lifespan? How to ensure long-term performance?

A2: 50-60 years. Long term performance guarantee measures include: ① Material safety factor ② Durability testing ③ Environmental protection ④ Construction quality control ⑤ Regular inspection.

Q3: How to ensure effective bonding with concrete structures?

A3: There are five key measures: ① Base surface treatment ② Moisture content control ③ Suitable adhesive ④ Construction environment control ⑤ Curing time. Our technical team will provide specific solutions based on your different projects.

Q4: How to solve fire prevention problems?

A4: There are four main options: ① Fire resistant carbon fiber panels (CF-FR series) ② Fireproof coating protection ③ Fireproof panels encapsulation ④ Fireproof spraying. The selection of the plan should consider the importance of the structure, the fire rating of the building, and aesthetic requirements. For specific details, please consult our technical team.

Q5: How does the cost compare to traditional methods?

A5: In the cost composition of carbon fiber panels reinforcement, material costs account for about 60-70%, labor costs account for 20-25%, and equipment and other costs account for 10-15%. Compared to traditional methods, the initial investment is indeed higher: material costs are 2-3 times higher than steel. But the full lifecycle cost analysis shows its economic advantages.

Company news

Our company recently completed a reinforcement project for a super high-rise building in Huizhou, using a new type of prestressed carbon fiber system to effectively solve the problem of strengthening large-span transfer beams that traditional methods cannot cope with.

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