1mm Thick Sheets Of Steel | 2 x 1 Metre Panel

1mm Sheets Of Steel

Our plain sheets of steel plate are one of the most popular products that we offer. It is a quality strong metal for myriad DIY and industrial applications. The uses for mild steel plate metal include automotive bodywork, boxes and security doors.

Speciality Metals is proud to supply top-quality 1mm thick sheets of steel in 2×1 metre panels. Our sheets are not only versatile, but also extremely durable, providing customers with an excellent investment in their projects. The sheets are known for their great weldability, machinability, formability and bendability, making them easy to work with. When you choose our steel sheets, you can be sure that you are getting a product that meets the highest standards of quality. Whether you need the sheets for industrial or residential projects, we have got you covered. Trust us to be your go-to supplier of sheets of steel in the UK.

This specific option is a thin sheet metal. It is popular with our customers because it is so strong and can be used for many DIY applications. We can cut this to specific sizes for you if required as it is very difficult to cut.

Key product details:

• Thickness – 1mm (19 SWG)
• Metal – Mild Steel DC01
• Finish – Cold Rolled

Sheet metal is also available in aluminium and stainless steel.

FAQs About Mild Steel Sheet

Can These Steel Sheets be Used for Laser Cutting or CNC Machining?

Yes, 1mm thick steel sheets, including 2 x 1-meter panels, are well-suited for laser cutting and CNC machining processes. Laser cutting and CNC machining are advanced manufacturing techniques that offer precise and accurate cutting or shaping of metals.

Laser cutting is especially effective for thin materials like 1mm steel sheets. A high-powered laser beam is focused on the sheet, melting or vaporizing the metal along the cutting path. This process results in clean and smooth cuts with minimal heat-affected zones, ensuring a high level of precision. CNC (Computer Numerical Control) machining involves using computer-controlled tools to remove material from the steel sheet, creating the desired shape or pattern. It offers versatility and flexibility in creating complex designs and details, making it an ideal choice for custom projects.

Both laser cutting and CNC machining provide efficient and cost-effective methods for creating intricate shapes, holes and designs on the steel sheets. These processes are widely used in various industries, including automotive, aerospace, electronics and fabrication. When employing laser cutting or CNC machining on steel sheets, it is essential to work with skilled operators and reputable manufacturing facilities to ensure accurate results and maintain safety standards. By using these advanced techniques, you can achieve precise and intricate designs, making 1mm thick steel sheets suitable for a wide range of applications, from decorative elements to functional components.

Can These Steel Sheets be Cut to Custom Size?

Yes, most 1mm thick steel sheets, including 2 x 1-meter panels, can be cut down to a custom size to meet specific project requirements. Many suppliers or metal fabricators offer cutting services to accommodate individual needs. Depending on the supplier or manufacturer, you can request custom dimensions, and they will use various cutting methods such as shearing, laser cutting, or CNC machining to achieve the desired size accurately.

When ordering custom-cut steel sheets, it’s essential to provide precise measurements and specifications to ensure the final product matches your needs. Additionally, some suppliers may charge a cutting fee or have minimum order requirements for custom-cut steel sheets. It’s advisable to inquire about these details and discuss the project specifics with the supplier to get the best results and cost-effective solution for your application.

Can These Steel Panels be Used for Structural Purposes?

While 1mm thick steel panels can be utilized for certain structural purposes, their use is generally limited to lighter and less load-bearing applications. Due to their relatively thin gauge, these panels may lack the necessary strength and rigidity required for heavy structural support in larger constructions or heavy-duty load-bearing scenarios.

For more robust structural applications, thicker and stronger steel materials are typically preferred. Engineers and architects often specify thicker gauges of steel, such as 3mm or more, for structural elements like beams, columns and load-bearing components in buildings, bridges and other infrastructure projects.

However, 1mm thick steel panels can still be valuable for smaller structural elements or decorative features that do not carry substantial loads. They are commonly used for lightweight partitions, cladding and architectural details, where their thinner profile and malleability are advantageous.

Before using 1mm thick steel panels for any structural purpose, it is crucial to consult with a structural engineer or relevant professional to ensure the chosen material is appropriate for the specific application and adheres to local building codes and safety standards. Proper engineering analysis is essential to determine the correct steel thickness and profile needed to guarantee the structural integrity and safety of the project.

Are These Steel Sheets Flame-Retardant?

No, steel sheets are not inherently flame-retardant. Steel is a non-combustible material, meaning it does not catch fire or burn when exposed to flames or high temperatures. However, it is essential to understand that being non-combustible does not make steel flame-retardant. In the context of fire safety, “flame-retardant” refers to materials that have been treated or formulated to resist ignition and slow down the spread of flames. Flame-retardant properties are typically achieved through chemical treatments or additives applied to the material. These treatments create a barrier that hinders the combustion process and reduces the material’s contribution to fire growth.

While steel itself does not burn, it can lose strength and structural integrity when exposed to high temperatures for an extended period. In fire situations, the load-bearing capacity of steel structures can be compromised due to thermal expansion, causing structural failures. To enhance the fire resistance of steel structures, additional fire protection measures can be employed. Common methods include applying fire-resistant coatings, using intumescent paints, or encasing the steel members with fire-resistant materials. These measures help delay the effects of heat on the steel, providing additional time for occupants to evacuate and for firefighting efforts.

For applications where flame-retardant properties are crucial, it is essential to consider fire-resistant coatings or other appropriate fire protection systems in combination with the use of steel. Consultation with fire safety experts and adherence to relevant building codes and regulations will ensure that the steel structures or components meet the required fire safety standards for the intended application.