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Engineered Bamboo Technical Specifications

Product and Description:

Engineered Bamboo flooring (Horizontal / Vertical)
Species:Mao Zhu (Moso) (Phyllostachys Pubescens)
Structure:Top Wear Bamboo + Fir layer Core + Poplar layer
Finish:All should be A Grade flooring and is finished with 8 coats ( 6 coats of primer and 2 coasts of surface ) of Treffert brand semi-gloss finish for the regular bamboo, scratch resistant, UV cured aluminum oxide urethane.
Height Difference:Connected panels are to have NO visible height difference at any connected corner or along the seam (tolerance = 0.10mm)
Mouse Bites:Milling tools must be sharp enough to eliminate the appearance of white lines or micro-chips along the long and short edges of the panels. Bare fingers tips running up and down the joint of connected panels will not feel shards caused by rough cutting
Function:Locking system must connect on both long and short seams without difficulty and maintain a secure connection

Technical Specifications & Standards

Moisture Content:8-10%
Warp flush>=98mpa
Dimensional Stability (80%-20% Relative Humidity):
Transverse direction:
Wide direction:
Thick direction:
Permitted deviation:
Transverse direction:
Wide direction:
Thick direction:

Density0.6-0.7g/cm3 for bamboo veneer
Glue stick ductility>2.1mpa
Formaldehyde<0.05ppm (CARB compliant)
Lacquer adhesion:class A
Elastic modulus>11.5*103mpa
Flammability:ASTM E 648: Class I Interior Floor Finish rating per NFPA 101.
Smoke density:ASTM E 622: Maximum 270 in flaming mode; 330 in non-flaming mode.
Abrasion resistance:ASTM D 4060, CS-17 Taber abrasive wheels: Final wear-through: Minimum 500 cycles
Chemical and stain resistance:When tested with the following chemical reagents finish was unaffected: Acetic Acid (5%) Acetone Ammonium Hydroxide (10%) Toluene Detergent solution Ethyl Alcohol (50%) Hydrochloric Acid (10%) Turpentine heavy duty (.025%) Hydrogen peroxide (3%) Soap Solution (1%) sodium Hydroxide (1%)
Indentation resistance:ASTM D 1037, Janka Ball: Minimum 1820 lbs (8100 N).
Slip resistance:ASTM F 1679, English XL test: Average Dry Slip Index: 0.630.
Compressive strength:ASTM D 3501: Minimum 7,600 psi (52 MPa) parallel to grain; 2,600 psi (18 MPa) perpendicular to grain.
Tensile strength:ASTM D 3500: Minimum 15,300 psi (105 MPa) parallel to grain.