16 mm
Premium 16mm 316L Stainless Steel Square Bar - Corrosion Resistant for Coastal and Marine Applications
£115.13 incl. VAT
Overview
Overview
About this Stainless steel stock
Product Overview
The Premium Stainless Steel Square Bar is crafted from austenitic grade 316L, specifically designed for applications where corrosion resistance is crucial. This high-performance alloy demonstrates excellent resistance in both atmospheric conditions and cold seawater environments, making it a top choice for a variety of industrial applications.
Among all high-alloy steels, 316L is renowned for its superior weldability, compatible with all fusion and resistance welding processes. This attribute allows for versatile usage across numerous sectors.
Applications
Typical uses for the Premium 316L Square Bar include:
- Coastal balustrading
- Boating fittings
- Offshore platforms
- Mining screens
- Shipping containers
- Door & window frames
Technical Specifications
Frequently Asked Questions
1. Is the 316L Stainless Steel Square Bar suitable for outdoor use?
Yes, the Premium 316L Stainless Steel Square Bar is specifically designed for outdoor use, providing excellent corrosion resistance in marine and coastal environments.
2. Can this square bar be welded?
Absolutely! The 316L alloy is highly weldable using various fusion and resistance welding processes.
3. What are the typical applications for this product?
It is commonly used in coastal balustrading, boating fittings, offshore platforms, mining screens, shipping containers, and door & window frames.
Typical uses
- Food & catering kitWorktops, trims and equipment parts.
- Marine fittingsDeck hardware and fixings near water.
- Architectural workHandrails, balustrades and trim.
- Process plantBrackets, supports and guards.
Specifications
Specifications
This bar
- Diameter
- 16mm
Technical data (1.4404)
Technical data
316L / 1.4404
- Cr 16.5–18.5%Chromium
- Ni 10–13%Nickel
- Mo 2.0–2.5%Molybdenum
- Alloy
- Low-carbon molybdenum stainless steel
- Designation
- 1.4404
- Density
- 8.00 g/cm³
Typical values for guidance. Confirm critical values with your engineer.
16 mm