Customer Testimonials
UNT provides top-quality interlining and non-woven fabrics.
Why Choose UNT Spunlace Nonwoven Fabric
Eco-Certified Excellence
UNT fabrics are truly designed with the planet in mind. We use 100% biodegradable fibers and absolutely zero chemical binders, and it’s all proudly OEKO-TEX® and FDA certified. This makes them ideal for any eco-conscious medical and hygiene brand looking for responsible materials.
Ultra-Durable & Versatile
Our high-pressure hydroentangling process is key: it ensures our fabrics have 30% higher tensile strength compared to standard nonwovens. This makes them perfect for heavy-duty wipes, filters, and even reusable products where superior strength is a must.
Tailor-Made Solutions
We make it easy to customize your order: choose your ideal weight (from 20-120gsm), specific patterns, and even add antimicrobial treatments. Plus, our fast prototyping and 24/7 tech support ensure seamless integration into your process.
What is Spunlace Nonwoven Fabric?
Spunlace nonwoven fabric, also known as hydroentangled nonwoven, is an incredibly versatile material created by entangling fibers with high-pressure water jets. This clever mechanical bonding process means we don’t need any chemical adhesives, making it a truly eco-friendly choice.
Made from either natural or synthetic fibers like cotton, polyester, or viscose, spunlace is highly valued for its exceptional softness, excellent breathability, and impressive absorbency. You’ll find it widely used in medical supplies (think surgical gowns and sterile wipes), hygiene products (like soft facial tissues and wet wipes), and various industrial materials (such as filters and effective cleaning cloths).
Latest News From UNT
Selecting the right adhesive for fusible interlining is key to garment quality. This guide explains the four main types—PE, PA, PES, and PU—and their unique properties. It outlines crucial factors for selection, including fabric type, desired bond strength, and garment use. The article also advises avoiding common mistakes, such as skipping sample tests, to ensure a successful and durable outcome.
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This article explores the critical role of interlining shrinkage in garment manufacturing, detailing its causes, impact on apparel quality, and providing professional control and testing methods to ensure a garment's shape and durability.
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This article explains the key interlining technical indicators , including its adhesion, durability, and dimensional stability, to help you ensure a professional and long-lasting garment.
