If the prestressed concrete steel strands are not constructed according to the correct steps, it will affect the performance during use. Today, let’s talk about the construction process of prestressed concrete steel strands.

Metal corrugated ducts are widely used in prestressed concrete structures of many buildings because of their excellent performance. This article will specifically introduce the advantages of metal corrugated ducts.

Only in strict accordance with the technological process, the final quality of the prestressed concrete steel strands can be guaranteed. This article will specifically introduce the manufacturing process of prestressed concrete strands.

If the prestressed steel wire has broken and slipped wires, it will seriously affect its structure and performance. This article will specifically introduce methods to prevent broken wire and slipped wire of prestressed steel wires.

The correct maintenance of the metal corrugated ducts can prevent its structure from being damaged during construction, thereby ensuring its good performance. This article will specifically introduce the maintenance method of metal corrugated ducts.

The mechanical properties of prestressed steel wires are related to the stability of the structure during construction. This article will introduce the operating technology to ensure the mechanical properties of the prestressed concrete steel wire.

Prestressed concrete wire has good performance in different application scenarios. In order to verify this fact, this article will specifically test the effect of prestressed concrete wire in housing construction.

Correctly tensioning the prestressed concrete strands can improve the bending resistance and rigidity of the components. This article will specifically introduce the precautions for tensioning prestressed concrete strands.

When the prestressed concrete strands have abnormal noise or concrete cracks during the tensioning process, we need to deal with them in time. This article will specifically introduce the solution to the tension problem of prestressed concrete strands.

Prestressed concrete steel wires are widely used in building structures, and they also have advantages that other steel structures cannot match. Today, let’s talk about the advantages of prestressed concrete steel wire in construction.

Prestressed concrete strand construction is the most commonly used technology in bridge construction. This article will specifically introduce the construction steps and precautions of prestressed concrete steel strands.

Once the prestressed concrete strand is corroded, it will easily affect its own structure and performance. This article will specifically introduce the anti-corrosion method of prestressed concrete steel strands.

The prestressed concrete steel strand must be operated in a standardized manner during the construction process to ensure the safety of the construction site. This article will specifically introduce the precautions and safety measures of using prestressed concrete strands.

This article will specifically introduce the performance indicators and characteristics of prestressed plastic corrugated ducts, so as to help you better understand this prestressed product.

This article specifically shares the precautions during the application of prestressed concrete strands, which can help everyone avoid damaging the structure and performance of the prestressed concrete strands during use.

In this article, we will specifically introduce the parameters of prestressed concrete strands and the method of quota adjustment, so that everyone can better use the prestressed concrete strands in construction.

This article takes the prestressed concrete steel wire mechanical properties test method as the main research content and key of the test equipment and discusses the tensile test method of the prestressed steel wire.

Based on years of experience, CHUNPENG has summarized the principles that need to be followed during the stretching process of prestressed concrete steel strands, so as to better play the engineering role of steel strands.

This article will share specific measures to prevent corrosion of prestressed concrete for your reference.

This article will specifically share the material characteristics and the quality control factors of raw materials of prestressed concrete steel wires for your study and reference.

This article specifically shares the standards and methods for the acceptance of prestressed concrete steel wires and strands for your study and reference.

This article will share the preparations for the operation of the prestressed concrete wire and the precautions in the process to achieve the various mechanical performance indicators of the prestressed concrete wire.

This article will share the specific methods and steps for calculating prestressed concrete strands for your reference.

This article will share specific methods for testing the mechanical properties of prestressed concrete strands for your reference.

This article will introduce the application process and precautions of prestressed concrete strands in detail to avoid wearing the structure of the strand products.

PC strands or prestressed concrete strands are stranded steel cables consisting of high-strength steel wires that are stress-relieved (stabilized) for the production of prestressed concrete. We'll focus on the most common - bare strands.

This paper introduces the anti-corrosion measures of post-tensioned prestressed steel strands and the characteristics of related materials and points out the suitable environment for anti-corrosion of various materials.

Prestressed plastic corrugated pipes are widely used in the construction of railways, bridges, etc. due to their advantages of aging resistance and electrical corrosion resistance. The following briefly introduces the advantages and precautions of corrugated plastic ducts.

Prestressed corrugated ducts are mainly divided into metal corrugated ducts and plastic corrugated ducts. Mainly used in bridge engineering, it has the advantages of firm joints and no cracks. This paper mainly introduces the function of the prestressed corrugated duct.

The maximum displacement that can be obtained without plastic deformation of the corrugated plastic duct is called the allowable displacement of the plastic duct. The following article introduces the maximum allowable displacement of plastic ducts in various forms.