The new material has undergone a series of composite formulations and successfully passed the lSO 877-2:2016 1 Year Environmental Aging Test required under the respective ladder standards as a wood replacement;
Meets lSO5489:2008 and lSO 799-1:2019 standards;
At least 20% lighter in weight as compared to 1.4kg wood steps for easier handling& deployment;
Able to sustain 1100kg loading with a minimal residual deflection after the load is released;
Drainage system of the step reduces wind resistance and water retention providing better stability performance over traditional wood;
Consistent quality can be achieved compared to fluctuating natural wood quality due to various sources in the supply chain;
More predictable and scalable global supply with economic benefits as wood harvesting is government regulated and requires time to harvest;
The material of the step can be recyclable for reuse.
Technical Parameter | Specification | |
Material | Thermoplastic composite material | |
Color | Wooden color | |
Dimension | 527*116*30mm | |
Weight | 810g±15g | |
Hole dimension | 25mm | |
The length between the center of each hole to the short edge of the step | 50.5mm | |
The clear space between two side ropes | 401.0 mm | |
Step Flexibility | Deflection after applying a static load 3.0KN | 3.44mm±0.5 mm |
Deflection after removing static load 3.0KN after 60s | 0.1mm±0.05 mm | |
Step friction | Slide angle of mental block on step in dry condition | 35° |
Slide angle of mental block on step in wet condition | 40° | |
Step surface durability | Slide angle of mental block on step in dry condition after moving the block back and forth on the step for a total of 1500 cycles | 35° |
Slide angle of mental block on step in wet condition after moving the block back and forth on the step for a total of 1500 cycles | 40° | |
Step Strength | Apply a static load of 8.8 KN at the center of the step | No break or crack |
Water absorption rate | In water for 7 days | Less than 4% |
Working and storage temperature | -30℃~65℃ | |
Designed according to the standards | ISO5489:2008;ISO799-1:2019 |