Specifications

tiger lock flooring
highet hardness
circulation used material
green,fastest growing speed
CE,FSC,E1 standard

strand woven Bamboo Flooring
Name:bamboo flooring

Hardness: over 15Janka,harder than most of woods
Structure: T-G connection/click system
Material: 4-6 years pure bamboo
Color:carbonized

Moisture content:8%-10%;
Formaldehyde emission:0.3mg/L
Installation: Glue down, nail down or as a floating floor.
Certification:FSC
Various sizes:920/1850*96*14mm;960*96*15mm

 

 

bamboo 1: re-cut every 5 years,can cut 600 times
bamboo 2: highest growing speed
bamboo 3: fiber structure has higher strength
bamboo 4: higher tensile strength than many alloys of stell
bamboo 5: higher compressive strength than many mixtures of concrete
bamboo 6: higher weight-to-ration than many graphite
bamboo 7: developed root system maintain land stability
bamboo 8: faster generatoion than wood
bamboo 9: elegant color,reasonable price,green feature

 

 

Bamboo can do more to the our planet,cutting wood damage more to the world.Bamboo brief introduction:
   It's a kind of grass,not a wood.So it has higher speed than wood,and has highest growing speed among all grasses.Some species has been meastured to grow over 4 feet within 24 hours,Moso bamboo is one kind.

   Moso bamboo is the best material to made of flooring.
1;It can cut every 5 years without bad infulence to around environmental;not look like wood,take 30-50 years to regenerate with bad impacts to surroundings and climate.
2;higher tensile strength than many alloys of steel
3;higher compressive strength than many mixtures of concrete
4;higher weight-to-ration than many graphite
5;developed and huge root system retain land stability and keep fast regeneration
6; a pole of bamboo can regenerate to its full mass in just 6 monthes
7; 5 years bamboo can compete with 40 years wood,as it can reach 7-9m
8; bamboo fiber level makes it more sustainable than wood
9; bamboo can be cut over 600 times
10; unlike wood,bamboo has no rays or knots,allowing it withstand more stress throughout the length of each stalk.