Hemp and Tencel Blended Yarn:

Hemp and Tencel Blended Yarn:
The Future of Sustainable Fashion
Introducing an innovative combination of eco-friendly fibers. The blend of hemp and Tencel is opening new horizons in the fashion industry.
Sustainability and functionality come together, setting the standard for the fibers of the future.
Bio Hemp Korea Co., Ltd.
Characteristics of Hemp and Tencel Blended Yarn
Characteristics of Hemp
A durable fiber with natural antibacterial properties. Highly breathable, making it suitable for summer clothing.
Provides UV protection and becomes softer with use.
Characteristics of Tencel
An eco-friendly fiber extracted from eucalyptus trees. Known for its silk-like softness and excellent moisture absorption.
Gentle on the skin and has antibacterial properties, making it hygienic.
Synergistic Effect
The combination of the two fibers maximizes durability and comfort. Improves quality while minimizing environmental impact.
Hemp Blended Products:
20% Hemp/80% Tencel NE 30
Hemp/Indigo Modal/PTT Blended NE 14/2 PLY
Dyed Hemp/Tencel Blended Yarn
Hemp/Tencel Blended Blanket (Core Fiber Insulation)
Hemp Blended Ne 10 Canvas Fabric
Hemp Blended Ne 30S Single Jersey 185gsm
Hemp Blended Ne 14/2 Ply Denim
Hemp Blended Socks
Manufacturing Process of Blended Fibers
Raw Material Preparation
The optimal ratio of hemp (70%) and Tencel (30%) is prepared.
Fiber Blending
Fibers are uniformly blended using specialized blending technology.
Spinning Process
Yarn with uniform thickness is produced through a precisely controlled process.
Quality Inspection
Strength, uniformity, and feel are strictly inspected.
Spinning Process
Ring spinning at 300 - 800 rpm
2. MVS spinning
Minimize flying to minimize pilling
The Benefits of Hemp-Tencel Blends
Durability and Comfort
We've combined the strength of hemp with the softness of tencel. It maintains its shape even after extended use.
Environmentally-Friendly Production
It uses 95% less water than conventional cotton. We've minimized chemical processing to reduce environmental impact.
Versatile Applications
It can be applied to a wide range of clothing, from t-shirts to denim. It's also ideal for home textile products.
Hemp 30%, Tencel 70% Denim and Sanitary Pad Products
Discover the unique texture and durability of sustainable hemp denim products. The premium hemp blend denim combines the strength of hemp fibers with the comfort of organic cotton and Tencel.
Our hemp blending process creates denim that is highly durable, breathable, and improves in texture over time. Each product requires 95% less water than conventional denim manufacturing.
Sustainability and Environmental Impact
Reduced Water Usage
Up to 95% less water usage compared to cotton
Minimized Chemical Processing
70% reduction in the use of hazardous chemicals
Biodegradability
Environmentally-friendly materials that naturally decompose
Recyclability
100% recyclable fiber structure
Market Trends and Future Outlook
Consumer preference for eco-friendly products is rapidly increasing. Global brands are actively adopting this trend.
Hemp Blend Clothing
Clothing made from the innovative combination of hemp and Tencel sets a new standard for sustainable fashion.
Versatile Application
Can be applied to a variety of clothing products such as t-shirts, pants, and jackets.
Excellent Wearability
The hemp-Tencel blend provides a soft feel and excellent breathability.
Durability
Over 3 times more durable than regular cotton products, allowing for long-term use.
Eco-friendly Choice
Minimized chemical processing and high biodegradability reduce environmental impact.
Company Location and Information
Our facility is located at 22 Hanam-ro, Namsan-myeon, Gyeongsan-si, Gyeongsangbuk-do, South Korea. This area maintains proximity to sustainable supply chain partners while also providing excellent logistics accessibility.
Our Factory
22 Hanam-ro, Namsan-myeon, Gyeongsan-si,
Gyeongsangbuk-do, South Korea
Contact Us
Email: jyet6441@naver.com
Phone:
+82-53-857-2777
Mobile Support
WhatsApp:
+82-10-9976-6441
Online Presence
Website: www.biohemp.info