Carbon Steel Pipes - Schedule 40 (6-Meter Lengths)
Our Schedule 40 Steel Pipes are a highly versatile and widely used standard for a multitude of industrial, structural, and mechanical applications. Engineered for strength and durability, these carbon steel pipes are designed to handle pressure and provide reliable service in demanding environments. We offer a comprehensive range of nominal diameters from 1/2" to 8", all supplied in standard 6-meter lengths.
Commonly manufactured to standards such as ASTM A53, these pipes are suitable for welding, threading, and grooving, making them adaptable to various connection methods. They are essential for fluid and gas conveyance systems, including fire sprinkler systems, compressed air lines, and industrial plumbing. Structurally, they are an excellent choice for handrails, support columns, fencing, and general fabrication. Available in a standard black (lacquered) finish or hot-dip galvanized for enhanced corrosion resistance, these pipes are a dependable and cost-effective solution.
Specifications
- Product Type: Steel Pipe, Schedule 40.
- Material: High-Quality Carbon Steel.
- Common Standards: Manufactured to meet standards such as ASTM A53.
- Length: Supplied in standard 6-meter (6000mm) lengths.
- Available Sizes: Comprehensive range of nominal diameters from 1/2" to 8", with corresponding Schedule 40 wall thickness.
Applications
- Industrial and commercial plumbing for gas, compressed air, water, and other fluids.
- Fire protection sprinkler systems in buildings.
- Structural applications including handrails, fencing, support columns, and scaffolding.
- General fabrication, machinery frames, and various oil & gas applications.
For any project that demands a reliable combination of strength and pressure resistance, our Schedule 40 steel pipes are the industry-standard choice. Their robustness and versatility ensure a long-lasting and effective solution for your piping and structural needs.
Schedule 40 steel pipe is the go-to standard for projects that demand a reliable combination of strength and pressure resistance for both structural and conveyance systems.