At a glance introduction to Bamboo flooring
Every parquet floor pieces of bamboo laminated with UV polyurethane acrylic chemistry. Work is also carried out using high-tech machinery to guarantee the quality and durability of coating on Bamboo flooring.
Each piece of bamboo parquet flooring in laminate with UV polyurethane acrylic chemistry. This work was also done by using high-tech machinery to ensure the quality and durability of the coating on the bamboo floor.
ABRASION RESISTANCE
The Bamboo flooring has been tested according to ASTM C501 (H22 wheel calibrated loaded weight of 1000 grams at 70 RPM for 1000 cycles) weight loss = 0.349 grams. Exams we have done separately abrasion resistance showed that bamboo flooring is one of the strongest in the wood flooring industry. Accordance with ASTM 4060 "Taber Abrasion Test," 4000 rounds to eliminate the coating layer.
RESISTANCE API
Bamboo flooring in Test based on ASTM E648 Critical Radiant. Test Panel. Test results passed with a rating of class I with NFPA standard. This means Bamboo Flooring can be used in all categories of buildings.
DENSITY ASAP
Bamboo flooring also has been in testing by ASTM E622 standard. To pass the required values <450. Bamboo flooring passed with 269 in flaming mode, and the value of 329 on a non-flaming mode. Bamboo is one of the low smoke materials compared with other organic material wood.
VIOLENCE
Bamboo flooring we value 35.4 MPA in between the connection and the connection 49.8MPA.
CHEMICAL STAIN RESISTANCE AND RECHARGE
Bamboo flooring has been tested with the following chemical chemistry, and did not experience any defects in the coating layer: 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%)
RESISTANCE INDENTING
Based on ASTM 1037 (Janka Ball Hardness) shows the average hardness in 1640 (27% harder than wood OAK, and 14% of the maple wood)
Dimensional stability
Bamboo flooring after test shows the dimensional change coefficient 0.00144 (50% more stable than red oak). It means having low expansion characteristics. Bamboo board does not expand at high temperatures or in high humidity conditions.
CORE STRENGTH closely
Core adhesion strength of bamboo is measured as 2107 Newton’s
COEFFICIENT OF DRY CONDITIONS
Radial direction of bamboo flooring has been tested with the value and direction of the tendon was 0.138 0.149
RESISTANCE slippage
Bamboo flooring tested according to ASTM standard D2047 with the results of the friction coefficient of 0.71. Static coefficient of 590 exceeds OSHA recommendations for the level of smoothness of the surface in the workplace
POWER PRESSURE
Bamboo flooring tested according to ASTM standard D3501-86 A with the result:
A. Parallel with Powder = 7,549 PSI
B. Crosswise with Powder = 2,566 PSI
C. Flat at 50% = 16925PSI pull.
POWER bend
Bamboo flooring has also been tested using ASTM standard D3043-87 with 13.08 PSI results, and Elastic Modulus bend is 943.443 PSI
POWER rips
Bamboo flooring underwent testing in accordance with British Standard # 373 with proceeds parallel to the powder is 1365 PSI
POWER DENSITY
Bamboo flooring underwent testing in accordance with ASTM D3500-90 with proceeds parallel to the powder is 15.290 PSI
Adhesive
Not Toxic, for the release of formaldehyde: E1 emission standards of formality appropriate standard equipment
Humidity
8-10%
DENSITY
0.72g/cm3
IMPACT RESISTANCE
97.1 kJ/m2 VIOLENCE: 719kg/cm2, scraping: 110 rotations
The test results can also were found from other bamboo flooring company, but the products they do not use the material and the production of the same standard so the quality is doubtful. I
From various sources
