Oxford Large Teak Garden Bench 1.8m

£589.99
Price excluding VAT: £491.66
U.K. Delivery is just £0.00
Model No. BS-TK-B5
Assembly Option:


Oxford Large Teak Garden Bench 1.8m Details

New to our range in 2013 the Oxford bench is fast becoming one of our best sellers and is a superb example of the quality of our Grade A teak. Hand built by our experienced craftsmen it is ideal for any garden, patio or park.
 
Seats 4 adults comfortably.
Assembled Option Available.
Beautifully styled and detailed design.
A classic and elegant chunky teak bench
Strong, durable and very long lasting.
Highest quality grade 'A' premier teak hardwood.
Ideal as a gift or memorial bench
 
Product Dimensions.
Bench Dimensions
 
Bench width: 180cm
Bench Height: 94cm
Bench depth: 60cm
Bench back slats: 7cm
Bench seat slats: 7cm
Bench Legs 8cm thick
Bench arm thickness: 8cm
Bench arm length: 50cm
Bench seat height from floor: 46cm
 

Nine great reasons to shop with Bracken Style Garden Furniture.

  1. We are passionate about garden furniture and insist on high quality, great service and excellent value for money.
  2. Our garden furniture is extremely high quality, strong and durable.
  3. Our garden furniture is constructed to the highest possible standards by our skilled and dedicated construction teams.
  4. We have served thousands of private and commercial customers in over a decade of trading.
  5. We only use timbers which are sourced directly by us from trusted and sustainable sources of wood.
  6. All of our products are held in stock in our own warehouses.
  7. Our quality control ensures that your order will be despatched in perfect condition, every time.
  8. Our Customer Services team is here to help you at any time and to answer any questions you may have.
  9. Our garden furniture is despatched quickly, normally within 2-3 working days, often next day.


PLEASE NOTE: Actual colors may vary from the color on your screen due to monitor color restrictions, natural variations in any materials used or the type of stains or varnishes applied during the manufacturing process.