Steel Fire Tables - Corten Steel
The Steel Fire Tables make a real statement in any outside space, perfect for adding some warmth when the temperature drops helping you make the most of your patio or decking area on summer evenings and cooler days
The Fire Table has a stylish, chunky design and develops an attractive rich, rust patina over time. Manufactured using Cor-Ten® steel the layer of rust acts as a barrier, protecting the blue steel beneath. This makes the steel extremely strong and ensures the fire table will be a popular addition to your outside space for many years.
This eye-catching Fire Table will help give extra warmth on cooler days and is available in 2 sizes - 120cm square and 140cm square, both measuring 28cm high. The fire table can also be used to burn dry garden waste.
These Fire tables are delivered on pallets to ‘kerbside’ only, (unless otherwise agreed). The pallet(s) will be lifted from the delivery vehicle using a tail-lift and pallet forks and placed in the first convenient, safe location.
During the weathering process the Fire Table may cause staining due to carbon or rust run off.
Please Note - there is an additional surcharge for deliveries for Scotland, Wales and Cornwall - Please Call 0333 400 1444 for a carriage quote.
- Steel Square Fire Table
- 5 Year Manufacturer's Guarantee
- Manufactured using Cor-Ten® Steel
- Available in 2 sizes
- 120cm x 120cm x 28cm High - weight 76kg - centre hole measures 52cm square - lip measures 34cm
- 140cm x 140cm x 28cm High - weight 96kg - centre hole measures 52cm square - lip measures 45cm
- Weathers to develop a rich rust patina
- Rust layer protects blue steel beneath for great strength
- Can be used to burn dry garden waste
- There is no base in the table so do not place on decking or other surfaces likely to burn or get damaged by excessive heat
More information about Cor-Ten® Steel:-
Cor-Ten® Steel is a special steel originally developed for bridge building and skyscraper construction due to its incredible strength. When the steel weathers it develops a dense oxidisation layer which protects the blue steel inside. If this protective layer is compromised, it will simply form a a new skin to protect itself. This makes Cor-Ten® Steel extremely durable and gives it far higher resistance to atmospheric corrosion than other steels.
When you first receive your Cor-Ten® Steel products they will arrive in an un-weathered or partly weathered condition. Once placed outside the weathering process will begin. This can take some time; Cor-Ten® Steel has a reactive patina period of between 3 and 9 months depending on location and climate. The patina or rust acts as a protective barrier - it will not penetrate or compromise the structural integrity of the material. The colouration of each item will vary as the weathering process takes place, eventually producing a rusty brown patina.
Stage 1 - Freshly manufactured Cor-Ten® Steel. At this stage the dark oily residue coats the Cor-Ten® Steel.
Stage 2 - The oily residue is beginning to break down, as the Cor-Ten® Steel begins to weather.
Stage 3 & 4 - The “Run-Off” stage – This can take around 3-9 months depending on weather and positioning.
Stage 5 & 6 - The final stages of the weathering process. Some “Run-Off” may still occur as the Cor-Ten® Steels patina develops to a striking more consistent appearance.
During the weathering process the Cor-Ten® Steel produces carbon run off or staining to adjacent materials such as stone or concrete. To reduce this possible staining, some Cor-Ten® Steel products are supplied with small feet or a stand, lifting the product and preventing direct contact with the flooring material. After the initial reactive period Cor-Ten® Steel will cure and self-seal with little to no carbon run off. The weathering process of Cor-Ten® Steel is integral to this product and as such we will not accept any responsibility for damage caused to surrounding materials as a result of carbon run off from Cor-Ten® Steel products. Please ensure you do not place your product on any surface that may be damaged during the weathering process.