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BOEN Olympia Vs Solid Sports Floor

BOEN Sport Olympia systems are the stable, sustainable alternative to a solid hardwood sports floor.

Datasheet

Olympia Vs Solid
BOEN Sport Olympia Vs Solid Sport Floor - Datasheet
Olympia Vs Solid
Engineered boards are often perceived as an inferior alternative to solid hardwood products, this is not the case!
We have produced some relevant questions and answers to try and help show the differences below.

Questions & Answers 

Arenaflex Olympia - 21mm 

Typical Solid Sports Floor 

 

Which one is more stable?

 70% more stable than solid

 Exoect gaps across the floor

 What is the sandable wear layer?

 6mm

 3mm above the middle dovertail joint

 How many times can you sand the floor?

 10+

 +/-10 (Possibly less due cupping or crowing)

 Do I need and expansion gap in the field of the floor?

 No

 Yes

 Can I use underfloor heating?

 Engineered floors are less likely to movement especially Oak and Ash

 Gaps are to be expected in solid floors especially in Beech and Maple

 Which one makes more effective use of slow growing hardwood?

 8% of hardwood wasted at the end of lifecycle (6mm)

 72% of hardwood wasted at the end of lifecycle (22mm)

 Which one will cost less to keep looking line new over the next 25 years?

 Engineered hardwood sports floors need less severe maintenance

 Solid sports floors need more up keep thus costing more over the life of the sports floor

 Will I see budget savings on my project?

 Yes

 No

 What species can I choose from?

 Oak, Beech, Ash, Canadian Maple and others on request

 Beech, European Maple (Sycamore), Fumed, Beech


Some Facts

- Hardwood unlike synthetic alternatives, come from renowable resources which, in the main can be regrown in a human life span.
- BOEN Sport has never procured anything other than from properly managed and sustainable sources.

One of the greatest threats to the environment is Man's increasing demand for energy and with it increased burning of fossil fuels. Hardwood products utilise substantially less energy in their manufacture than synthetic alternatives.