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Mikrdoo Bamboo
A Comprehensive Comparison of
Natural Bamboo & Midrdoo Bamboo & Regular Cotton
Natural Bamboo
Mikrdoo Bamboo
95% bamboo rayon and 5% spandexRegular Cotton
Breathable
The structure of cellulose is irregularly circular, naturally hollow, and possesses powerful adsorption capability.
The serrated cross-section, smooth surface, and shallow stripes enhance moisture absorption and release, with a rate five times higher than cotton.
Cotton fibers twist and have limited gaps, hindering moisture absorption and breathability.
Stretchy & Wrinkle-resistant
Bamboo fibers have superior wrinkle resistance to cotton, with higher recovery angles in both directions.
Spandex stretches up to 800% with over 90% instant elasticity. Blending bamboo fibers with spandex enhances Mikrdoo fabric's elasticity and wrinkle resistance.
Cotton fibers have a slightly lower wrinkle resistance recovery angle and lower elasticity recovery rate than bamboo fibers.
Soft
Natural bamboo fibers have a dense structure, providing better drape than cotton. The surface is smooth, with a good luster, but the hardness is relatively high.
It disrupts the dense fiber structure of bamboo staple fibers, resulting in a lower friction coefficient between the fabric and the skin, making the fabric softer.
Cotton fibers have high bending stiffness, leading to lower softness compared to bamboo fibers.
Dyeing
The structure enhances excellent dyeing ability.
The subtle striped structure also exhibits excellent dyeing performance.
With mature processing techniques, cotton fibers demonstrate outstanding dyeing capabilities.
Antibacterial
Flavonoids like "bamboo kun" in the fibers prevent mold and naturally resist mites and odors. Chlorophyll copper sodium, a natural UV absorber, provides 41.7 times more UV protection than regular cotton fabrics.
Due to strict control over the processing technique, its antibacterial and UV-resistant properties are preserved to the maximum extent.
Dust mites, bacteria, and other microorganisms can proliferate extensively in cotton fibers.
Acid-resistance/Alkali-resistant
Due to its fibrous porous structure, it easily swells and dissolves in acidic or alkaline environments.
Subjected to acid-base treatment during processing, it demonstrates enhanced acid and alkali resistance.
The stability and high-temperature resistance of its natural fiber composition and structure make it less prone to changes in acidic or alkaline environments.
Anti-static
Natural Bamboo fiber, without free electric charges, possesses natural anti-static properties.
Our fabric has low surface charge density, resulting in excellent anti-static performance.
Cotton has low surface charge density, providing excellent anti-static performance.
No Pilling
Natural Bamboo fibers, being short with many loose ends and insufficient cohesion, easily lead to fabric pilling.
Due to its special processing technique, our fibers is nearly resistant to pilling.
Compared to natural bamboo fibers, cotton is longer, exhibiting better resistance to pilling.
No Shrinkage
Natural bamboo fabric shrinks badly.
Our fabric has shrunk about 8%.
Cotton fibers usually shrink at about 5%.
Disclaimer
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