Low-Medium Tensile
WHERE STRENGTH MEETS DURABILITY AND FORMABILITY
Low and medium tensile strength tubes have a tensile strength ranging from approximately 400 to 1000 N/ mm2. These tubes are widely used in various industries due to their strength, flexibility, versatility, and cost-effectiveness. These tubes typically have moderate tensile strength, making them easy to weld, machine, and form, while offering durability for structural and mechanical applications. Suitable for general engineering purposes, construction, and automotive applications.
Low and medium tensile steel tubes are commonly used for general engineering purposes, construction, and automotive applications. They are also being applied for manufacturing components with a moderate level of strength required, making them cost-effective solutions for various structural and fabrication purposes.
COMMON APPLICATIONS FOR LOW TO MEDIUM TENSILE TUBES
Low to medium tensile steel tubes are widely used in industries where ease of forming, welding, and cost-effectiveness are essential. They are well suited for applications that do not require extreme strength, including furniture production, construction, and general mechanical use. Typical applications include table and chair frames, bicycle frames, scaffolding, conveyor rollers, racking systems, automotive components, appliance housings, and general-purpose tubing for non-critical structural parts.
DISCOVER SAW BLADES FOR LOW AND MEDIUM TENSILE TUBE CUTTING
The KINS’ BLUE TCT and KINS’ GREEN HSS series offer several saw blades for cutting steel tubes or pipes with low or medium tensile tubes and profiles.
KINS’ BLUE LMT Performance is a TCT blade typically used on high-performance sawing machines for maximum productivity at low cutting cost. For multiple-cutting applications and medium-powered sawing machines, KINKELDER offers the versatile KINS’ GREEN Universal saw blade.
Explore our blades below and ask our sales representative or application engineer for the best saw blade for your application and machine.