English
Uyghur Turkmen Oriya Tatar Kinyarwanda Zulu Yoruba Yiddish Xhosa Welsh Vietnamese Uzbek Urdu Ukrainian Thai Telugu Tamil Tajik Swahili Sundanese Sindhi Shona Scots Gaelic Samoan Somali Slovenian Slovak Sinhala Sesotho Serbian Punjabi Persian Pashto Norwegian Nepali Burmese Mongolian Marathi Maori Maltese Malayalam Malay Malagasy Macedonian Luxembou.. Lithuanian Latvian Latin Kyrgyz Kurdish Khmer Kazakh Kannada Javanese Igbo Icelandic Hungarian Hmong Hebrew Hawaiian Hausa Haitian Gujarati Georgian Galician Frisian Finnish Filipino Estonian Dutch Croatian Corsican Chichewa Cebuano Bulgarian Bosnian Bengali Belarusian Azerbaijani Armenian Amharic Albanian Lao Hindi Esperanto Catalan Basque Polish Swedish Afrikaans Czech Indonesian Romanian Danish Italian Turkish Greek Irish Arabic Korean Japanese Russian Spanish Portuguese German French English
Leave Your Message

Building Reinforcements

01
7 Jan 2019
Because of its excellent mechanical properties, such as high strength, stiffness and fatigue resistance, carbon fiber has many applications in construction. At the same time, its advantages in acid and alkali resistance make its application in the construction field more common. With the improvement of people's requirements for the experience of living places, carbon fiber gradually replaces the traditional steel and concrete materials, and the proportion of use is also increasing year by year.
Building Reinforcements01 Building Reinforcements
Building Reinforcements02 Building Reinforcements
04
7 Jan 2019
Thanks to the extensive application of carbon fiber, the construction process in the construction field has been simplified, the operating cost of buildings has been greatly reduced, and the use experience of buildings has been improved. ZBREHON, as a composite solution provider, shows you that some common applications of fiber glass and carbon fiber  in architecture include:

1. Reinforcement of concrete structures:

Carbon fiber composite plates or strips are used to reinforce concrete structures such as bridges or columns to increase their strength and durability.

Case: Liujiashan, located in Chongqing, China - super large bridge, the superstructure is: 110.0m+200.0m+110.0m (prestressed concrete continuous rigid frame) + 2*30.0m (prestressed concrete T-beam). Carbon fiber composite materials were used to reinforce the bridge structure.

Building Reinforcements03
Building Reinforcements04
Building Reinforcements05





2. Retrofitting of old structures

Carbon fiber wrapping is used for retrofitting of old structures to increase their load-bearing capacity or prevent structural failure.

Case:

Hangzhou Xiaoshan District Xinwan Primary School is located on the south bank of the Qianjiang River, on the golden sand, and is located in Jiangdong New Town. The school was founded in 1915, with nearly a hundred years of spring and autumn fruits. After several changes of name, it was renamed as Xiaoshan District Xinwan Primary School in 2009. The campus now covers an area of 30097 square meters, with a building area of 11705.9 square meters. It is divided into two campuses, east and west.

After a series of seismic evaluations, it was decided to carry out seismic reinforcement for some school buildings. After study, it is decided to select Shanghai Hummer carbon fiber cloth, carbon fiber adhesive, structural steel adhesive and other seismic reinforcement materials in the construction.

Reinforcement time: June 2014

Reinforcement method: pasting carbon fiber and steel

Strengthening the site




Building Reinforcements06
Building Reinforcements07
Building Reinforcements08

3. Tensile structures

Due to their light weight and high tensile strength properties, carbon fiber composites are used to manufacture tensile structures, such as roofs or facades.

4. Wind turbine blades

Carbon fiber composites are used in the construction of wind turbine blades due to their high strength and stiffness properties.

5. Building panels

Carbon fiber composite panels are mostly used for building envelope structures, partition walls or facades due to their advantages of light weight, high strength, and excellent thermal insulation performance.
 

Overall, carbon fiber is a promising material for improving strength, durability and safety in a variety of construction applications.

ZBREHON has a young and professional technical, production and foreign trade team, which can provide you with a full range of professional services. Choosing ZBREHON means choosing technology leadership.

Choose ZBREHON, your expert in house restoration and reinforcement solutions.

Website:www.zbrehoncf.com

E-mail
sales1@zbrehon.cn

sales2@zbrehon.cn

Phone
+86 15001978695

+86 18577797991