HOME/FABRICS/SPACER FABRIC/D051 Modal Polyester Spacer 175 Gsm 245 Cm
175 gsm spacer modal polyester fabric for mid season sweatshirt D051
Fabric 2026-10-22

175 gsm spacer modal polyester fabric for mid season sweatshirt D051

Supplier of 175G/M2 245CM spacer fabric (40% Modal/49% Polyester/7% Spandex/4% Wool) for Mid-Season Sweatshirt. Free samples!

Technical Specs

FABRIC
Item Code D051
Description spacer fabric
GSM 175G/M2
Width 245CM
Composition 40% Modal + 49% Polyester + 7% Spandex + 4% Wool

Need these numbers on file, or a swatch to check the hand before you commit?

The 175 gsm spacer modal polyester fabric for mid season sweatshirt (Item Code: D051) targets premium transitional apparel lines. As a specialized modal polyester spacer fabric manufacturer, we engineer this fabric with a unique double-skeleton structure that balances next-to-skin softness with structural integrity. The exceptional width of 245CM optimizes marker efficiency and significantly reduces cutting waste for garment manufacturers.

Specification Detail
Item Code D051
Description spacer fabric
GSM 175G/M2
Width 245CM
Knitting
Composition 40% Modal / 49% Polyester / 7% Spandex / 4% Wool
Yarn

Advanced Fiber Composition: The Double-Skeleton Structural Performance

The unique composition of D051—consisting of 40% Modal / 49% Polyester / 7% Spandex / 4% Wool—creates a high-performance double-skeleton structure. This specific blend combines natural and synthetic fibers to deliver a fabric that remains incredibly soft without losing its structural shape. Each component plays a precise role in the overall performance of this spacer fabric:

  • 40% Modal: This fiber acts as the primary source of softness. It provides a skin-friendly feel, excellent moisture-absorbing properties, breathability, and a natural drape.
  • 49% Polyester: As the highest percentage in the blend, polyester provides strength, shape retention, wrinkle resistance, and wear resistance. It serves as the critical stabilizer to maintain structural integrity under this lightweight profile. Polyester also delivers dimensional stability and quick-drying performance.
  • 7% Spandex: This component provides moderate elasticity and recovery, ensuring comfortable, non-binding movement.
  • 4% Wool: This key addition elevates the fabric's quality. Even in a small amount, wool introduces subtle warmth and a premium tactile feel, distinguishing D051 from standard synthetic spacer fabrics.

Optimized 175G/M2 Weight for Lightweight Mid-Season Apparel

175 gsm spacer modal polyester fabric for mid season sweatshirt, fabric detail

With a weight of 175G/M2, D051 represents a lightweight class of spacer fabric designed specifically for transitional seasons. Unlike heavy, bulky winter scuba fabrics, this 175 gsm modal polyester spacer fabric offers a low-loft profile that provides comfortable insulation without adding unnecessary bulk. It works perfectly for spring and autumn collections or as a lightweight layering fabric.

Maximizing Marker Efficiency with 245CM Ultra-Wide Width

The 245CM width of D051 provides a major commercial advantage by significantly reducing fabric waste during garment cutting. While standard apparel fabrics typically measure between 150–180 CM, this ultra-wide 245CM dimension allows manufacturers to optimize marker layouts, increase yield, and lower the overall unit fabric cost. It accommodates large-panel garments, seamless designs, and oversized outerwear with ease.

175 gsm spacer modal polyester fabric for mid season sweatshirt, fabric detail (view 2)

D051 performs exceptionally well in lightweight, comfortable apparel that requires a balance of softness, moderate stretch, and high-end texture. Its specific material properties make it the ideal spacer fabric for mid season sweatshirt production, premium loungewear, and transitional layering pieces.

  • Spring and Autumn Sweatshirts: The lightweight 175G/M2 profile and soft modal hand-feel suit casual hoodies and pullovers perfectly.
  • Comfortable Loungewear: Excellent skin-friendliness and breathability support next-to-skin comfort.
  • Mid-to-High-End Casual Wear: The 4% wool content elevates the fabric texture, allowing brands to target premium price points.
  • Transitional Outerwear Linings: The low-loft construction makes it an excellent choice for non-bulky layering.

Applications to Avoid

  • Heavy Winter Outerwear: The 175G/M2 weight is too light for cold winter protection.
  • High-Stretch Athletic Wear: The 7% spandex provides comfortable ease rather than high-compression activewear performance.

FAQ

How does the 245CM width benefit apparel manufacturing?

The 245CM width maximizes marker layout efficiency, which reduces fabric waste and lowers the overall fabric cost per garment.

Is D051 suitable for heavy winter clothing?

No, D051 weighs 175G/M2, making it a lightweight spacer fabric best suited for spring, autumn, and transitional layering.

What performance benefits does the polyester content provide?

The 49% polyester content ensures excellent dimensional stability and quick-drying performance while offering wrinkle and wear resistance.

modal polyester spacer fabric manufacturer, frequently asked question illustration

Why does the blend include only 4% wool?

The 4% wool serves as a premium accent that adds subtle warmth and a high-end tactile feel without making the fabric heavy or scratchy.

Can I use this fabric for high-compression activewear?

No, the 7% spandex content provides moderate, non-binding stretch for casual wear and loungewear rather than high-compression athletic performance.

Ordering & Customization

As a reliable modal polyester spacer fabric supplier, we assist apparel brands and manufacturers in sourcing high-quality materials for their collections. You can request samples to test the hand-feel, drape, and performance of D051 before placing a bulk order.

  • To evaluate the drape, weight, and texture, .
  • To calculate your exact manufacturing costs based on the 245CM width, .
  • For technical inquiries regarding cutting layouts or fiber performance, .
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Written by Wenruo

Textile Engineer, Forall Lab