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195 GSM Breathable Quick-Dry Anti-Pill Sportswear Fabric 40% Polyester 30% Modal 30% Spandex Fabric for Hoodie
Our 195 GSM Triple-Blend Fabric is a revolutionary textile engineered for the next generation of performance hoodies and technical mid-layers. By merging the durability of Polyester with the botanical luxury of Modal and an industry-leading 30% Spandex ratio, we provide a fabric that balances high-intensity performance with everyday comfort.
Fabric Overview: A sophisticated knit construction featuring an ultra-smooth face and a high-density structure that provides excellent opacity and a premium "heavy-drape" feel.
Performance Profile: Engineered with advanced moisture-wicking technology and a specialized anti-pill finish to withstand the rigors of both athletic training and frequent laundering.
Technical Edge: The 30% Spandex integration offers unparalleled multi-directional recovery, making it the ideal choice for "Performance-Fit" apparel.
- Overview
- Recommended Products
1. The "Power-Trio" Composition: Strength, Softness, and Stretch
The unique ratio of 40% Polyester, 30% Modal, and 30% Spandex is designed to eliminate the common compromises in sportswear. Polyester provides the technical "engine" for durability and quick-dry performance. Modal—a bio-based fiber—introduces a level of silk-like softness and breathability that synthetic-only fabrics cannot achieve. Finally, the 30% Spandex—nearly triple the industry standard—guarantees a "second-skin" feel that supports the body without restriction.
2. Permanent Anti-Pill Technology for Long-Term Brand Value
One of the primary pain points for hoodie consumers is surface pilling after friction or washing. Our Polyester Blend Fabric undergoes a specialized singeing and finishing process that significantly reduces loose surface fibers. This results in a Grade 4.5+ anti-pill rating. For clothing brands, this translates to fewer customer complaints and a product that maintains its "showroom finish" even after months of intense use, reinforcing your brand’s reputation for quality.
3. Advanced Breathability and Skin-Microclimate Regulation
Despite its substantial 195 GSM weight, the fabric is exceptionally breathable. The Modal fibers act as natural thermal regulators, facilitating rapid air exchange. When combined with our moisture-wicking polyester core, the fabric pulls perspiration away from the skin and accelerates evaporation. This keeps the wearer warm during warm-ups and cool during high-output activity, making it a "smart" choice for seasonal transition hoodies.
4. Exceptional Recovery: No More "Elbow Bagging"
The high Spandex content is a game-changer for hoodie design. Traditional hoodies often suffer from permanent stretching at the elbows and hem. Our fabric’s 30% Spandex ratio ensures 100% elastic recovery. No matter how much the garment is stretched during a workout, it "snaps back" to its original silhouette. This dimensional stability allows manufacturers to create sleeker, more tailored designs that retain their shape over the entire lifecycle of the garment.
5. Optimized for Premium Garment Manufacturing
We understand that workability is essential for manufacturers. This 195 GSM blend is engineered with a stable edge construction that prevents curling during the cutting process. The fabric’s surface is optimized for high-density screen printing, 3D silicone transfers, and embroidery, allowing for versatile branding options. Furthermore, the Modal content ensures deep, vibrant color penetration that resists fading.
This triple-blend fabric is meticulously curated for premium activewear lines:
Performance Technical Hoodies: Ideal for lightweight, "Active-Fit" hoodies that require extreme mobility for outdoor training, running, or gym sessions.
Premium Athleisure Outerwear: Perfect for zip-ups and pullovers that transition from the fitness studio to high-end social settings, where a "luxury" look is required.
Yoga & Pilates Cover-ups: The soft Modal touch and high stretch make it a favorite for layering pieces that need to feel soft against sensitive skin.
High-Compression Lifestyle Wear: Suitable for "Muscle-Fit" tops and technical sweatshirts that demand maximum shape retention and a clean, modern aesthetic.
General Product Information | |
Place of Origin: |
China |
Brand Name: |
EASTOTEC |
Model Number: |
RS90D-2E |
Certificate: |
GRS,GOTS,OEKOTEX |
Product Business Terms | |
Minimum Order Quantity: |
1000 Meters |
Packaging Details: |
Roll packing |
Delivery Time: |
10-15 Days |
Payment Terms: |
T/T, L/C |
Service : |
Customized Services |
Product Specifications | |
Composition: |
40% Polyester30% Modal30% Spandex |
Width: |
160M |
Weight: |
195GSM |
Yarn Count: |
80S/30D+30D/36F+40D |
Use: |
Garment, T-Shirts,Loungewear,Sportswear |
Q1: Why is the Spandex content as high as 30%, and how does it affect the price?
A: The 30% Spandex is a deliberate choice to provide "unrestricted recovery" and a premium weight. While this increases the raw material cost compared to standard 5-8% blends, it allows brands to position the final product in the "Elite/Professional" price tier, significantly increasing the perceived value and profit margins.
Q2: Does the Modal content cause the fabric to shrink during the manufacturing of hoodies?
A: We use a pre-shrunk, heat-setting process during the finishing of this Polyester Blend Fabric. The shrinkage is strictly controlled within ±3%, ensuring that your size grading remains accurate from the cutting room to the retail shelf.
Q3: Is this fabric suitable for Sublimation or Digital Printing?
A: With 40% Polyester, it can handle certain heat-transfer processes; however, due to the high Modal and Spandex content, we recommend screen printing or cold-transfer techniques for the best results. We provide sample yards for your technical team to conduct compatibility tests.
Q4: How does the "Quick-Dry" performance compare to 100% Polyester?
A: While 100% Polyester dries faster in a lab setting, our blend offers a "Comfort-Dry" experience. It wicks moisture just as effectively but prevents the "cold, plastic" feel of pure synthetics, providing a more natural and comfortable drying process for the wearer.
