Metal Processing &Customized
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Q235 Q345 A36 Embossed Hot Rolled Carbon Steel Plate Checkered Iron Steel Sheet
Checkered steel plates, often called diamond plates or tread plates, are practical steel products engineered to solve slip risks and meet heavy-duty needs—their surface features raised patterns (mostly diamond or linear) formed by hot rolling, cold embossing, or stamping, which significantly boost friction to prevent slipping even in wet, oily, or dusty conditions.
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Checkered Plate Building Construction ASTM A36 Q235B Q345B S235JR S355JR Hot Rolled Steel Plates
Checkered steel plates, also known as diamond plates or tread plates, are specialized steel products designed with raised surface patterns—primarily diamond or linear shapes—created via hot rolling, cold stamping, or embossing. Their core advantage lies in the anti-slip performance of these raised textures: by increasing surface friction, they effectively reduce slipping risks even in wet, oily, or dusty conditions, making them a safety-focused choice for high-traffic or heavy-duty scenarios.
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Carbon Steel Chequered Plate 4 Mm Carbon Steel Formed Metal Sheet For Building Material
Checkered steel plates, also known as patterned steel plates or non-slip steel plates, are steel sheets with a regular pattern of raised ridges on their surface. Common patterns include diamond, oval, and round shapes. This unique surface structure not only enhances friction and prevents slipping, but also provides a certain aesthetic appeal.
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High Quality Factory Wholesale Carbon Steel Plate Hot Rolled Checkered Plate S235 S275 S355 Carbon Steel Sheet For Construction
Checkered steel plates, also known as patterned steel plates or non-slip steel plates, are steel sheets with a raised pattern on their surface. Common patterns include diamond, rectangular, and round shapes. These patterns not only enhance the non-slip properties of the steel plate, but also provide good aesthetics and increased strength. Such steel plates are widely used in industrial platforms, stair treads, walkways, vehicle floors, warehouse floors, and other areas, offering both safety and durability.
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Astm A36 A252 Carbon Steel Plate Q235 Checkered Steel Plate
Diamond plate steel is a type of steel sheet with a raised diamond or linear pattern on its surface, designed to enhance grip and traction. It is commonly used for industrial flooring, walkways, stairs, and other applications where slip resistance is essential. Available in various thicknesses and sizes, these steel plates can be made of carbon steel, stainless steel, or other metals, offering versatility and durability for a wide range of industrial and commercial environments.
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Non-Abrasive Waterjet Cutting OEM Custom Precision Metal Cutting Parts Carbon Steel Stainless Steel 3/4/5 Axis CNC Machining
Waterjet cutting is an advanced cold cutting technology that uses a high-pressure water stream (typically pressurized to 30,000–90,000 psi) — often mixed with abrasive particles like garnet for harder materials — to precisely cut, shape, or carve a wide range of workpieces. As a cold process, it avoids thermal distortion, material hardening, or chemical changes in the cut material, making it ideal for heat-sensitive or high-precision applications. It exhibits strong versatility, capable of handling materials such as metal (steel, aluminum, titanium), stone, glass, ceramics, composites, and even food, with the ability to cut complex shapes (e.g., intricate patterns, curved edges) and thick workpieces (up to tens of centimeters) while maintaining smooth cut edges and high dimensional accuracy. Widely used in industries including aerospace (for precision metal components), automotive (for custom parts), architecture (for stone/glass decorative elements), and manufacturing (for composite material processing), waterjet cutting also stands out for its environmental friendliness — it generates no toxic fumes or excessive waste, aligning with modern green production needs.
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Custom Steel Production Metal Cut Bending Processing Fabrication Parts Steel Sheet Process Metal Parts
Waterjet cutting is an advanced technology that uses high-pressure water flow and an abrasive mixture to cut materials. By mixing water and abrasives and then pressurizing them, a high-speed jet is formed, and the jet is used to impact the workpiece at high speed, thereby achieving cutting and processing of various materials.
Water jet cutting is widely used in aerospace, automobile manufacturing, building materials and other fields. In the aerospace field, water jet cutting can be used to cut aircraft parts, such as fuselage, wings, etc., ensuring the accuracy and quality of parts. In automobile manufacturing, waterjet cutting can be used to cut body panels, chassis parts, etc., ensuring the accuracy and appearance quality of the parts. In the field of building materials, water jet cutting can be used to cut marble, granite and other materials to achieve fine carving and cutting.
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Top Quality Hot Sale Cheapest 20ft 40ft Container Empty Shipping Container
A container is a standardized cargo packaging unit used to transport goods. It is usually made of metal, steel or aluminum and has a standard size and structure to facilitate transfer between different modes of transportation, such as cargo ships, trains and trucks. The standard size of a container is 20 feet and 40 feet long and 8 feet by 6 feet high.
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Oem High Demand Laser Cutting Parts Products Stamping Processing Sheet Metal Fabrication
Laser cutting technology uses a high-power laser beam to cut through materials such as metal, wood, plastic, and glass. The laser beam is focused and precisely controlled by a computer system, enabling accurate cutting and shaping of materials. Due to its high precision and versatility, this technology is widely used in manufacturing, product prototyping, and artistic creation. Laser cutting allows for the creation of intricate and complex patterns and shapes with minimal material waste, making it a highly desirable technology.
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Custom Accurate Hole Positioning of Perforated U-shaped Steel Workpiece
Metal punching service refers to the punching processing service for metal materials provided by professional processing plants or service providers. This service usually involves the use of equipment such as drilling machines, punching machines, laser punching, etc., so as to perform precise hole processing on metal materials according to customer requirements.
Metal punching service can be applied to various metal materials, including steel, aluminum alloy, stainless steel, etc. This service is usually used in manufacturing industries such as automobile manufacturing, aerospace, building structures, etc. Customers can entrust professional metal punching service providers to process according to their own design requirements to obtain metal parts that meet their needs.
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Steel Processing Metal Sheet Stamping Dies Sheet Metal Punching And Forming Process
Our steel-based machined parts are manufactured using steel raw materials, based on customer-provided product drawings. We customize and produce the necessary production tooling according to the specific requirements of the finished product, including dimensions, material type, and any special surface treatments. We offer precise, high-quality, and technologically advanced manufacturing services tailored to customer needs. Even if you don’t have design drawings, our product designers can create the design based on your requirements.
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Steel Processing Parts for Construction Punched Steel Plates, Steel Pipes, Steel Profiles
Steel processed parts refer to components manufactured by subjecting raw steel materials (such as carbon steel, alloy steel, stainless steel, etc.) to a series of processing techniques to meet specific shape, size, performance, and functional requirements. Common processing methods include cutting (e.g., laser cutting, plasma cutting), forming (e.g., stamping, bending, forging), machining (e.g., turning, milling, drilling), welding, heat treatment (to enhance hardness, toughness, or corrosion resistance), and surface treatment (e.g., galvanizing, painting, electroplating to improve rust resistance and aesthetics). These parts boast advantages like high strength, good durability, and strong adaptability, and are widely used in key fields such as automotive manufacturing (e.g., engine parts, chassis components), machinery industry (e.g., gears, bearings), construction engineering (e.g., connecting fittings, structural fasteners), aerospace (e.g., precision structural parts), and household appliances (e.g., frame components), serving as essential foundational elements to ensure the stable operation and performance of various equipment and structures.