Hot Galvanized Steel Strip

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Specifications

Hot & Cold rolled galvanized steel strip with excellent quality and various thickness

HOT GALVANIZED STEEL STRIP

Materail: Q195 steel sheet.

Processing technique: Hot & electric rolled galvaznized

adopt wide hot galvanized strip produced by famous company as Bao Steel which has even thickness
we introduce a new complete set of cutting technology
keep steady precision
reduce waste of material farthest

adopt physical technique in order to make the galvanized level thicker
enhance the rustproof capability

adopt non-chrome passivation technique
protect the environment against pollution

adopt level pressure technique and inert gases protect technique
make the galvanized level brighter
delay oxidation phenomenon in natural environment

adopt wide hot galvanized strip produced by famous company as Bao Steel which has even thickness

we introduce a new complete set of cutting technology

keep steady precision

reduce waste of material farthest

adopt physical technique in order to make the galvanized level thicker

enhance the rustproof capability

adopt non-chrome passivation technique

protect the environment against pollution

adopt level pressure technique and inert gases protect technique

make the galvanized level brighter

delay oxidation phenomenon in natural environment

Q:Can steel strips be galvanized after being formed into a shape?: Yes, steel strips can be galvanized after being formed into a shape. The galvanization process can be done on steel strips regardless of their shape, as long as they are clean and properly prepared for galvanizing.

Q:How do steel strips perform in terms of sound insulation?: Steel strips do not provide significant sound insulation as they are not designed to absorb or block sound waves efficiently. Their primary function is to provide structural support and strength rather than soundproofing capabilities.

Q:Can steel strips be used in the production of building facades or cladding?: Yes, steel strips can be used in the production of building facades or cladding. Steel strips offer several advantages such as durability, strength, and versatility, making them an ideal choice for architectural applications. They can be used to create sleek and modern designs, provide structural support, and offer protection against harsh weather conditions. Additionally, steel strips can be customized in terms of size, shape, and finish, allowing for a wide range of design possibilities in building facades and cladding.

Q:How are steel strips laser cut?: Steel strips are laser cut by using a high-powered laser beam to melt or vaporize the material along a precise cutting path, resulting in a clean and accurate cut. The laser beam is guided by computer-controlled mirrors, which ensure the desired shape and dimensions are achieved.

Q:What is the corrosion resistance of steel strips?: The corrosion resistance of steel strips may vary depending on the specific type of steel utilized and the environmental conditions to which they are exposed. In general, steel strips exhibit commendable resistance to corrosion due to the presence of iron, which naturally reacts with oxygen to generate a safeguarding layer of iron oxide or rust. Nevertheless, this protective layer may be compromised in particular corrosive settings, such as those abundant in moisture, salt, or acidic substances. In order to enhance corrosion resistance, steel strips can be coated with substances like zinc, aluminum, or other alloys that offer an additional barrier against corrosion. Furthermore, proper maintenance and routine inspections are essential to prevent and address any indications of corrosion in steel strips.

Q:How are steel strips processed for surface plating?: To ensure proper adhesion and a smooth finish, the surface plating of steel strips involves a series of steps. These steps typically include: 1. Thoroughly cleaning the steel strips to eliminate any surface contaminants like dirt, grease, or other substances. This is accomplished by employing a combination of chemical cleaning agents and mechanical scrubbing. 2. Treating the cleaned steel strips to prepare their surface for plating. This can involve various techniques such as pickling, acid etching, or mechanical roughening. The objective is to create a roughened surface that promotes better adhesion of the plating material. 3. Immersing the prepared steel strips in an electrolyte bath containing the desired plating material. An electric current is then applied to the bath, causing the plating material to adhere to the steel strips. The plating material can be zinc, nickel, chromium, cadmium, or other metals depending on the desired properties and appearance. 4. Subjecting the electroplated steel strips to additional treatments to enhance the properties of the plating. These treatments may include heat treatment, passivation, or the application of a protective coating. These steps contribute to improving the plating's durability, corrosion resistance, and aesthetic appearance. 5. Implementing quality control measures throughout the entire process to ensure the plating meets the required specifications. Visual inspection, thickness measurement, adhesion tests, and other testing methods are employed to guarantee high-quality plating that meets the desired standards. By following these steps, steel strips can undergo effective surface plating, resulting in enhanced durability, corrosion resistance, and an appealing finish.

Q:How are steel strips used in the production of household tools?: Steel strips are commonly used in the production of household tools due to their durability and strength. These strips are primarily used as raw material in the manufacturing process of various tools such as screwdrivers, wrenches, pliers, and hammers. Steel strips are typically cut into specific lengths and widths, and then undergo further processing to shape them into the desired tool. These strips can be bent, stamped, or forged to create the necessary components of the tools. For example, the strips may be bent to form the handles of screwdrivers or pliers, or stamped into the jaws of a wrench. The use of steel strips in tool production provides several advantages. Firstly, steel is a strong and sturdy material that can withstand significant force and pressure, making it ideal for tools that are subjected to heavy use. Secondly, steel is highly resistant to corrosion, ensuring that the tools remain in good condition even in harsh environments. Additionally, steel strips can be easily molded and shaped, allowing manufacturers to create tools with precise dimensions and intricate designs. This versatility in shaping steel strips enables the production of tools with ergonomic handles, textured surfaces for better grip, and various other features that enhance user comfort and efficiency. In summary, steel strips are an essential component in the production of household tools as they provide durability, strength, and corrosion resistance. Their versatility allows manufacturers to create tools with precise dimensions and designs, resulting in high-quality and reliable products for everyday use.

Q:What are the main properties of steel strips?: The main properties of steel strips include high strength, durability, and resistance to corrosion. They are also known for their ability to withstand high temperatures, making them suitable for various industrial applications. Additionally, steel strips can be easily formed, welded, and machined, offering versatility in manufacturing processes.

Q:Are steel strips suitable for the production of roofing materials?: Yes, steel strips are suitable for the production of roofing materials. Steel is durable, strong, and resistant to weathering, making it an excellent choice for roofing. Additionally, steel can be easily shaped into various profiles and coated with protective finishes to enhance its longevity and aesthetic appeal.

Q:What are the different methods for slitting steel strips?: There are several different methods for slitting steel strips, each with its own advantages and limitations. The choice of method depends on factors such as the desired strip width, thickness, and material properties. Here are some common methods used in the steel industry: 1. Rotary Shear Slitting: This method involves using rotating circular blades to cut the steel strip. The blades are positioned in a way that they create a shearing action, resulting in a clean and precise cut. Rotary shear slitting is capable of achieving high production speeds and is suitable for thinner gauge materials. 2. Loop Slitting: In loop slitting, the steel strip is fed through a loop control system that maintains constant tension. The strip is then cut using either a rotary shear or straight knife slitting method. Loop slitting is often used for thicker gauge materials or when high strip tension is required. 3. Crush Slitting: Crush slitting involves passing the steel strip through a set of rollers that apply pressure to crush and cut the material. This method is commonly used for cutting softer materials, as it minimizes the risk of fraying or edge deformation. However, crush slitting may not be suitable for thicker or harder steel strips. 4. Laser Slitting: Laser technology is increasingly being used for slitting steel strips. A high-powered laser beam is directed onto the strip, melting and vaporizing the material along the desired cutting path. Laser slitting offers precise and narrow cuts, making it ideal for high-precision applications. However, it can be slower and more expensive than other methods. 5. Guillotine Slitting: Guillotine slitting involves using a straight knife or blade to cut the steel strip. The blade is positioned vertically and moves in a downward motion to shear the material. Guillotine slitting is commonly used for thicker gauge materials or when a clean and straight edge is required. 6. Score Slitting: Score slitting involves using a blade or wheel to score the surface of the steel strip without fully cutting through. The strip is then bent or flexed at the scored line to complete the cut. Score slitting is often used for thin gauge materials or when minimizing edge deformation is important. Each of these methods has its own advantages and limitations, and the choice of method depends on the specific requirements of the steel strip slitting process. Manufacturers and steel processors carefully consider factors such as strip thickness, width, material properties, desired edge quality, production speed, and cost when selecting the most appropriate method for their application.

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