S235JR European standard H-beam HEA114*120*5*8 spot stock for sale starting from one piece

Product Details

With the continuous development and progress of modern architecture, H-shaped steel, as an important construction steel, has been widely used in the construction industry. Among them, S235JR European standard H-shaped steel is a commonly used model. This article will introduce in detail the characteristics and uses of S235JR European standard H-shaped steel, and explain the relevant information about the minimum selling price of one piece in stock for the specific specification of HEA114*120*5*8.

1. Characteristics and uses of S235JR European standard H-shaped steel

S235JR European standard H-shaped steel is a steel with an H-shaped cross-section, which is characterized by high strength, high rigidity and good plasticity. In the construction industry, S235JR European standard H-shaped steel is widely used in bridges, high-rise buildings, factories, steel structures and other fields. Its excellent mechanical properties and processing properties enable it to effectively improve the load-bearing capacity and stability of building structures.

In addition, S235JR European standard H-shaped steel also has good welding performance and processing performance. It can be customized according to different lengths and specifications to meet the needs of different projects. At the same time, due to its high strength and high rigidity, S235JR European standard H-shaped steel can significantly reduce the weight of the structure and improve the stability of the structure when it bears large loads.

2. S235JR European standard H-shaped steel with HEA114*120*5*8 specifications is available for sale starting from one piece in stock.

For the specific specification of S235JR European standard H-shaped steel HEA114*120*5*8, our company currently has a batch of stocks in stock, with a starting price of one piece. The following is the relevant information about S235JR European standard H-beam of this specification:

1. Dimensions

The cross-section size of S235JR European standard H-shaped steel HEA114*120*5*8 is 114mm*120mm*5mm*8mm. Among them, the width of the two main limbs is 114mm and 120mm respectively, and the thickness is 5mm and 8mm respectively. This size design makes this type of H-shaped steel have high load-bearing capacity and rigidity.

2. Materials and surface treatment

HEA114*120*5*8 S235JR European standard H-shaped steel uses high-quality low-carbon steel as raw material. After advanced processing technology, the steel surface is smooth and flat without defects such as bubbles and scratches. At the same time, surface treatments such as galvanizing and plastic spraying can also be carried out according to customer requirements to improve the corrosion resistance and aesthetics of the steel.

3. Mechanical properties

Due to the use of high-quality raw materials and advanced processing technology, HEA114*120*5*8 S235JR European standard H-shaped steel has excellent mechanical properties. Its tensile strength, yield point, elongation and other indicators all meet the requirements of relevant standards. At the same time, this type of H-shaped steel also has good low-temperature toughness and can maintain stable mechanical properties at lower temperatures.

4. Inventory and Sales Policy

Our company currently has a batch of HEA114*120*5*8 S235JR European standard H-beams in stock, with sufficient quantity to meet the needs of different customers. At this time, we also provide a service policy with a minimum sales price to facilitate customers' purchasing. Customers can choose products of different lengths according to actual needs to meet the specific requirements of the project.

5. Advantages and scope of application

HEA114*120*5*8 S235JR European standard H-shaped steel has the advantages of high strength, high rigidity, excellent mechanical properties and good processing performance. In the construction industry, this type of H-shaped steel is widely used in bridges, high-rise buildings, factories, steel structures and other fields. Its excellent performance enables the structure to have higher load-bearing capacity and stability, while it can significantly reduce the weight of the structure and improve the stability of the structure.

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