Light concrete is foam concrete, which has been used in construction for many years. It is made of a slurry of cement, water and an expansion agent to form a honeycomb structure during shaping. The strength of foam concrete depends on the quality components used and solidification process.
Key to durability of foam concrete greatly depends on its mixing. The right blend is very important for the high durability and resistance to heavy loads of our product. The term to consider here is the cement: water ratio. Too much water can reduce the strength of concrete, while too little will make concreting difficult. In addition, the types of foaming agents used can largely affect material strength.
Their are number of methods and specifications available to confirm the strength in foam concrete. One commonly employed method is the measuring of density and compressive strength signs, which helps engineers inform whether the required mix design and solidifying has been achieved. In addition to these, there are global standards such as ASTM C869 and BS EN 14647 that control the quality of foam concretes and determine its strength levels corresponding established benchmarks.
An extensive number of factors affect the strength and durability characteristics of foam concrete. The key among these is the solidification process. This very weak material strengthwise that can be down 30% if its not cured properly. Additional determinants include the grade of materials used, mixture design and method of injection foam. When this is not done properly, it can lead to variations which should be taken into account in the planning and execution of projects with these concretes.
Curing is the key stage in efforts to make foam concrete stronger. Effective curing provides optimum adhesion of flooring, preventing it from becoming loose or cracking due to inadequate concrete placement and finishing. Sweatings is having the capability of maintaining that state by placing the newly placed concrete into a period where final hardening can do so without "drying out" through bleed water evaporation (sweating) off too rapid.. Also, post-treatment methods can be used to increase the strength of material. For example, addition of fiber reinforcement can increase the strength and compressive product durability concrete considerably.
So you see, the issue of foam concrete strength is much more complex and relies on a number of different factors. Correct mix design, conformity to standards and regulations, as well good curing and post treatment methods are must for optimum strength gain & longer durability of the foam concrete structures. Thanks to their proper evaluation and behaviour under loading conditions, engineers can design rigid foam concrete structures that last for generations while using the correct materials.
company holds ISO9001, CE other certifications.In addition, owns more 20 patents and 2 invention patents like for mine filling foam concrete machine. These protected by independent foam concrete strength property rights. It designated as "National high-tech company".
Chilung its own R D department. Chilung has developed six product lines, comprising 30 models over 100 varieties spare parts accessories that cater the needs every customer. Chilung has been foam concrete strength more than 30 patents, was involved in creating a variety of industry standards was close contact with design school's universities.
Over years company has enjoyed successful working relationship with international logistics companies. Their high-quality service made our foam concrete equipment sold securely in 60 countries regions around the world. company has the resources capability foam concrete strength top after-sales personnel install, operate and then after-sales the equipment. Some of customers provide local support. company has spare parts reserves buyers with a good deal.
Foam concrete equipment well as technology support are primary foam concrete strength main lines business. company is able to develop appropriate equipment and production processes according to requirements our customers. can complete commissioned research and development projects. For instance, 2007 our company was involved in an national-level research project which involved building a roof insulation mobile pump station. In 2009, we undertook number of projects the People's Liberation Army. Some these awarded military patents. In 2016, we conducted a research project of Tsinghua University in China, and in 2020, we completed non-ferrous mine safety mining project that was conducted by China Gold Group.
Copyright © Yantai ChiLung Construction & Energy-saving Technology Co., Ltd. All Rights Reserved — Privacy Policy — Blog
EN