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Silk Fiber vs Lotus Silk Fiber

Silk Fiber vs Lotus Silk Fiber | Leartex- Learn Textile |

Introduction

There is a common part in the name of Silk Fiber and Lotus Silk Fiber. In this article, we will discuss Silk Fiber vs Lotus Silk Fiber. Let’s learn step by step and click by click. 

What is Silk Fiber? 

The silk is a protein fiber made by silkworms and is the only natural fiber that is a filament fiber. Originally, it was believed that an ancient Chinese princess was the first to discover the process for manufacturing silk fabric from the filament fiber produced by silkworms. 

  • Silk is a protein fiber made by silkworms.
  • Silk may be harvested either by hand or machine.
  • This fabric is prized for its beauty and richness and is for special apparel.

What is Lotus Silk Fiber? 

Lotus silk fiber is one of the rarest fiber in the world, produced only on small scale across Cambodia, Myanmar, and, more recently, Vietnam.

Extracting fibers from lotus stems has been in practice since 1910. Lotus and Silk yarns are blended to provide a unique striped fabric, organic and woven by hand following traditional Khmer techniques.

Extracting fibers from lotus stems has been in practice since 1910. Lotus and Silk yarns are blended to provide a unique striped fabric, organic and woven by hand following traditional Khmer techniques.

  • Lotus silk is one of the rarest fabrics in the world.
  • The threads need to be processed within 24 hours and so harvesting has to be done each day.
  • Extracting enough lotus silk for one scarf can take two months.

Silk Fiber vs Lotus Silk Fiber

 

Properties of Silk Fabric:

  1. Luxurious hand (the feel of a fiber, yarn, or fabric to the wearer)
  2. Excellent drape (a fabrics ability to fold while worn)
  3. Wonderful luster (the reflection of light on fabric)
  4. Hydrophilic
  5. Stain-resistant
  6. Strong but lightweight

Properties of Lotus Silk Fabric

  • Lightweight
  • Soft-touch
  • Silky hand
  • Especially breathable
  • Wrinkle resistant
  • Pilling resistance
  • Tearing and tensile strength
 

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