Pure Hemp Light Weight Muslin Fabric In 280cm For Home Textiles (HE104H)
As our staple fabric, Hemp is available in a variety of weights from very light to very heavy, functioning wonderfully in everything from garments to linens, shoes to bags, to much more. Cool in the summer but warm in the winter, hemp excels season to season. As the strongest natural fabric, hemp guarantees durability and longevity — it is a textile that wears itself in, not out. It is enhanced with wash and has a high resistance to UV rays, allowing the fabric to retain its dyes more than any other natural fibre. Importantly, Hemp is antibacterial, making it an outstanding performance and athletic fabric. Our Hemp is biodegradable and completely organic.
- Code: HE104H
- 100% Hemp
- Width: 110.2inch (280cm)
- Weight: 4.86ozs/yd2 (165gsm)
- Color: Snow white/Light Grey/Royalblue/Medium blue/Dark Blue/Wine Red/Brownish black/Khaki Green/Greyish Blue/Baby Blue/Nude Pink/Natural
- Price: US$27.75/Yard
- 1 Yard = 0.9144 Meter
- Fabric is after washed with super soft handfeeling
BASTINE is Hemp Fortex's retail brand. Bastine was founded in 2011, offering luxurious, high-quality fashion textiles which are natural, sustainable, and eco-friendly. Our products are created with the promise of innovation, performance, quality, and fast delivery.
Hemp saves Water! Hemp uses only 1/20th the amount of water as regular cotton to grow and process.
Hemp wears in, not out. Hemp’s tensile strength is up to eight times that of cotton.
Breathable & Soft
Soft on the skin. Contrary to stereotypes, hemp fabric is luxuriously soft, and becoming softer and more comfortable over time.
Naturally moisture-wicking & odour resistant
Hemp can absorb up to 20% of its weight while still feeling dry to the touch. This is important for fabrics in contact with our skin, as sweat is quickly absorbed and released. This means less moisture is retained, and less odor-causing bacteria.
Resistant to UV light
Hemp is the most resistant natural fiber to ultraviolet light, offering protection from the sun’s rays.