• Hot rolling steel checkered plate System 1
  • Hot rolling steel checkered plate System 2
  • Hot rolling steel checkered plate System 3
Hot rolling steel checkered plate

Hot rolling steel checkered plate

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The pattern shape

A tread surface plate is called a pattern plate, English Name: Diamond plate. The pattern of lentil shaped, diamond, round bean

Shape oblate shape, mixed, the market to the most common lentil shaped.

The specific application of

Pattern plate appearance, can slip, enhanced performance, and many other advantages,such as saving steel in transportation, construction, decoration, equipment around the floor,machinery, shipbuilding and other fields has been widely applied. In general, the use of side of the mechanics pattern plate performance, mechanical performance requirements is not high, so the pattern plate quality mainly flowering rate, as the pattern of pattern height, height difference. At present the common thickness on the market ranging from 2.0-8mm, the width of common 12501500mm two.

The relevant standards

In accordance with the provisions of national standards GB/T 3277 pattern plate, patternheight should be greater than or equal to the thickness of the 20% substrate.

Theoretical calculation of weight

Pattern plate, according to the material (aluminum alloy, stainless steel, ordinary steel etc.)different patterns of different shapes and different weight per square meter adjustment.

Class B common carbon steel rolling, the provisions of chemical composition meet the GB700"ordinary carbon structural steel technical conditions".

Pattern plate of high no less than 0.2 times the thickness of the substrate;

Checkered steel plate according to the weight of the actual weight of delivery or theory;

Mark example: made of Q235-A, size 4*1000*4000mm.

Peaberry pattern plate, mark it as: round bean plate Q235-A-4*1000*4000-GB/T 3277-91

Diamond pattern plate, mark it as: diamond pattern plate B 3-4*1000*4000-GB 3277-82

Steel with hot-rolled state of delivery;

Checkered steel plate surface without bubble, scar, crack, folding and inclusion, plate without delamination.

The surface quality is divided into two levels:

The general accuracy: steel surface with a thin layer of oxide scale and rust allowed, due to other local defects on the surface of oxide scale formed off rough and height or depthexceeds the allowable deviation of the ancient.

Burr height is not obvious and not more than the individual trace lines high allows patterns.The largest area of a single defect pattern with the square of the length of not more than.

High precision: steel surface with a thin layer of oxide scale, allowing the rust and the height or depth of no more than other local defects of half the thickness tolerance.

Pattern intact, a height of not more than half of the tolerance of thickness of the local slightburr allowed patterns.


Q: Can the steel sheets be used for magnetic shielding?
Steel sheets have the ability to be utilized for magnetic shielding. Due to its ferromagnetic nature, steel can effectively redirect and absorb magnetic fields. By utilizing steel sheets for shielding against magnetic fields, a barrier is created which aids in preventing the intrusion of magnetic flux into a specific area. This characteristic makes steel sheets a superb option for applications where magnetic shielding is necessary, such as in electronics, medical devices, and sensitive laboratory equipment. However, the effectiveness of steel sheets for magnetic shielding may be influenced by various factors, including the thickness and composition of the steel, as well as the strength and frequency of the magnetic field being shielded. Thus, it is crucial to consider these factors and seek guidance from experts to ensure the appropriate steel sheets are chosen for optimal magnetic shielding.
Q: Are steel sheets suitable for architectural projects?
Yes, steel sheets are suitable for architectural projects. Steel is a versatile and durable material that offers several advantages for architectural applications. Firstly, steel sheets are strong and can withstand heavy loads, making them suitable for structural elements in buildings. They have a high strength-to-weight ratio, which allows for the creation of large and open spaces without the need for excessive supporting columns or walls. This makes steel sheets ideal for constructing large atriums, stadiums, or other architectural projects that require expansive interior spaces. Secondly, steel sheets can be easily shaped and formed into various architectural designs. They can be curved, rolled, or bent to create unique and intricate structures. Steel's malleability allows architects and designers to push the boundaries of traditional building designs and create visually stunning and innovative structures. Additionally, steel sheets are resistant to corrosion, weathering, and fire. This makes them suitable for outdoor applications and ensures the longevity of the architectural project. Steel's durability also means that it requires minimal maintenance over its lifespan, resulting in cost savings in the long run. Furthermore, steel sheets are available in a wide range of finishes, textures, and colors, allowing for customization and aesthetic versatility in architectural projects. Whether it is a sleek and modern design or a rustic and industrial look, steel sheets can be tailored to meet the desired aesthetic requirements of the project. Overall, steel sheets are a suitable choice for architectural projects due to their strength, versatility, durability, and aesthetic appeal. Their ability to withstand heavy loads, be shaped into various designs, resist corrosion and fire, and offer customization options make them an excellent material for architects and designers to bring their visions to life.
Q: Can steel sheets be used for construction equipment?
Construction equipment can indeed utilize steel sheets. Steel, a versatile and long-lasting material, finds widespread use in the construction industry for a range of purposes, including equipment fabrication. Steel sheets can be manipulated, joined, and shaped into various components and structures required for construction equipment like bulldozers, cranes, excavators, and dump trucks. The remarkable strength-to-weight ratio of steel renders it suitable for heavy-duty equipment, providing the necessary robustness and steadiness while managing weight effectively. Furthermore, steel boasts corrosion resistance, a crucial quality for construction equipment that confronts harsh environmental conditions. In summary, owing to their strength, durability, and versatility, steel sheets enjoy considerable popularity as a preferred option for construction equipment.
Q: Can steel sheets be perforated for ventilation purposes?
Indeed, ventilation purposes can be achieved through the perforation of steel sheets. Multiple industries and applications frequently employ perforated steel sheets whenever ventilation is necessary. By incorporating perforations into the steel sheets, airflow is enabled while ensuring the material's structural integrity remains intact. The customization of these perforations allows for ventilation requirements to be tailored, encompassing factors like hole size and pattern. Notably, HVAC systems, industrial equipment, architectural endeavors, and acoustic panels, among other applications, greatly benefit from the utilization of perforated steel sheets. This is due to the crucial need for a harmonious equilibrium between ventilation and strength.
Q: Can steel sheets be used for chimneys and flue systems?
No, steel sheets are not suitable for chimneys and flue systems as they can corrode and deteriorate rapidly due to the high temperatures and corrosive gases generated by the combustion process. It is recommended to use materials specifically designed for chimneys and flue systems, such as stainless steel or ceramic.
Q: Is galvanized iron sheet the same as galvanized steel sheet? solve
One is the same, but one is a thin plate, and the other is a thick plate
Q: Are steel sheets resistant to radiation?
Yes, steel sheets are generally resistant to radiation. Steel has high density and atomic number, which enables it to absorb and scatter radiation effectively. This property makes steel sheets commonly used in industries where radiation shielding is required, such as nuclear power plants and medical facilities.
Q: Are steel sheets suitable for magnetic shielding applications?
Yes, steel sheets are suitable for magnetic shielding applications.
Q: What is the typical yield strength of steel sheets?
The yield strength of steel sheets can vary depending on the grade and type of steel used, with mild steel sheets commonly used in construction and manufacturing having a typical yield strength of around 250 megapascals (MPa) or 36,000 pounds per square inch (psi). Higher strength steels, like high-strength low-alloy (HSLA) steels or advanced high-strength steels (AHSS), can exhibit yield strengths ranging from 300 to 600 MPa (43,500 to 87,000 psi) or even higher. It is important to note that these values are general estimates and specific steel grades may possess slightly different yield strengths.
Q: How do steel sheets handle expansion and contraction?
Due to its unique properties, steel sheets are capable of managing expansion and contraction in a predictable and controlled manner. Steel is renowned for its remarkable strength and durability, enabling it to endure the forces exerted during expansion and contraction without compromising its structural integrity. When steel sheets are exposed to high temperatures, such as those experienced during welding or in extreme environmental conditions, expansion occurs. This expansion is a result of the accelerated movement of steel molecules due to heat, leading to an increase in size. However, steel possesses a relatively low coefficient of thermal expansion, causing it to expand less compared to materials like concrete or wood. This property makes steel an advantageous choice for applications where dimensional stability is crucial. To effectively manage expansion, steel sheets are often designed with expansion joints or gaps that allow for movement. These joints can be found in structures such as bridges, buildings, or pipelines. They are strategically placed to accommodate the anticipated expansion and contraction of steel sheets without causing damage or deformation. Furthermore, the ability of steel to contract is equally significant. When exposed to lower temperatures, steel sheets shrink or contract. Although this contraction is typically less noticeable than expansion, it still needs to be taken into consideration in engineering designs. Fortunately, the contraction of steel is generally within acceptable limits and does not compromise the material's structural integrity. Overall, steel sheets are engineered to effectively handle expansion and contraction. The combination of a low coefficient of thermal expansion and the presence of expansion joints allows steel to accommodate temperature fluctuations without inducing significant stress or deformation. This makes steel a reliable and versatile material for numerous industries, including construction, manufacturing, and infrastructure.

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