What Is Batting Fabric and What Is Batting Fabric Used For

Batting fabric is a soft, lightweight nonwoven or woven textile layer used primarily in quilting to provide warmth, loft, and structure — sandwiched between the quilt top and backing fabric. It is made from cotton, wool, polyester, bamboo, fleece, or blended fibers, and is available in five primary types: cotton, polyester (man-made), wool, bamboo-rayon, and fleece. Batting typically weighs between 2 and 14 ounces per square yard (oz/yd²), with loft ranging from 1/16 inch to over 1 inch depending on the fiber type and processing method.

The five primary batting types each offer distinct performance characteristics: cotton and bamboo-rayon provide traditional aesthetics with high breathability; polyester offers affordability and low maintenance; wool delivers superior thermal insulation; and fleece excels in moisture-wicking applications. Choosing the correct batting depends on your project requirements for weight, loft, shrinkage, and warmth-to-weight ratio.

Batting Loft

Batting loft refers to the measurement of a batting’s weight and thickness. Low loft means light, whereas high loft means heavy and thick. Low-loft batting measures approximately 1/8 inch (3 mm) thick and weighs 3–4 oz/yd², making it ideal for projects that require a flatter appearance such as wall hangings, placemats, and hand-quilted items. High-loft batting measures 1/2 inch to 1 inch (12–25 mm) thick and weighs 10–14 oz/yd², producing quilts or comforters with a looser, fluffier appearance. Medium-loft batting falls between these ranges at approximately 1/4 inch (6 mm) thick and 6–8 oz/yd².

Types of Batting Fabric

There are five primary types of batting fabric available for quilting and textile projects: man-made (polyester), natural (cotton and wool), bamboo-rayon, fleece, and blended batting. Each type has distinct performance characteristics in terms of warmth-to-weight ratio, shrinkage, breathability, and durability.

Man-made batting fabrics are produced from synthetic polymer fibers that are not derived from animal or plant sources. The most common materials include polyester, polyethylene terephthalate (PET), and polypropylene. Polyester batting typically weighs 2–4 oz/yd² and measures approximately 1/4 inch (6 mm) in loft when bonded or needle-punched. It resists mildew, holds its shape through repeated washing, and does not shrink.

Polyester batting is less absorbent than cotton or wool — it absorbs less than 1% of its weight in moisture compared to cotton’s 8–9% absorption rate. This means polyester does not wick moisture effectively, which can cause moisture to become trapped during the quilting process and prevent proper drying of stitched layers. Polyester batting is the most affordable option and works well for projects where warmth is needed without added weight.

Cotton batting is one of the most widely used natural batting fabrics in quilting. It typically weighs 3–5 oz/yd² with a loft of 1/8 inch to 1/4 inch (3–6 mm). Cotton batting shrinks approximately 3–5% after the first wash, producing the characteristic puckered look of antique quilts. Wool batting weighs 4–6 oz/yd² and provides superior thermal insulation — wool fibers trap air within their natural crimp structure, achieving a thermal resistance (R-value) roughly 20–30% higher than polyester of equivalent weight. Wool batting does not shrink after washing and maintains its loft indefinitely.

Bamboo-rayon batting is manufactured from bamboo cellulose processed into lyocell or viscose fibers. Bamboo batting weighs approximately 3–4 oz/yd² and shrinks only 1–2% after washing, significantly less than cotton. Bamboo has natural antimicrobial properties that inhibit mold and bacterial growth, making it suitable for humid environments. Quilters also use silk batting (weighing 2–3 oz/yd²), flannel (6–8 oz/yd²), and additional natural fiber options depending on the desired project outcome.

Fleece batting fabric is made from polyester fleece and is available in three weight classifications: thin fleece (3–4 oz/yd²), medium fleece (6–8 oz/yd²), and heavy fleece (10–14 oz/yd²). Thin fleece provides warmth equivalent to a medium-loft quilt batting and is commonly used for pillows, bags, and jackets. Heavy fleece provides high insulation and is suitable for crib mattresses, pet beds, and outdoor equipment.

Fleece batting has moisture-wicking properties that draw perspiration away from the body, making it comfortable in garments and bedding. It does not fray when cut, requires no pre-washing in most cases, and resists pilling better than standard polyester batting when properly bonded.

Batting Fabric Properties Comparison

The table below compares the key performance specifications of the five primary batting fabric types used in quilting and textile crafts.

How to Use Batting Fabric

Depending on the design and desired look, there are several methods for incorporating batting into a quilt. If the project appears too bulky on the reverse side, use a thinner batting fabric (2–4 oz/yd²) or substitute non-woven cotton interfacing. To increase loft, add multiple batting layers — two layers of medium-loft batting stacked achieve approximately 1/2 inch (12 mm) total thickness.

Batting fabric also serves as filler in pillows, cushions, and soft furnishings. It functions as insulation in cold-weather clothing such as quilted jackets and sleeping bags. Additionally, batting acts as a barrier layer between two surfaces, such as between mattress layers in a padded bed topper.

How to Basting Batting in 5 Steps

• Prepare the batting — Place the batting layer on a flat surface and smooth out any wrinkles by hand.
• Layer the quilt top — Position the quilt top over the batting and ensure it is centered and wrinkle-free.
• Secure the layers — Attach safety pins 3–4 inches (7–10 cm) apart across the entire surface, or apply temporary fabric adhesive spray between layers.
• Add basting reference lines — Sew a long running stitch (4–5 mm length) in an X pattern across the entire batting surface to create reference lines that hold all layers in alignment.
• Proceed with quilting — The secured layers are now ready for final quilting without shifting or bunching.

Batting with Cotton Fabrics

Cotton fabric paired with cotton batting produces a traditional quilted look with excellent durability. Cotton quilt tops weigh approximately 4–6 oz/yd² and batting adds another 3–5 oz/yd², creating a combined weight of 7–11 oz/yd² that drapes well without being heavy. Cotton batting tends to be on the thinner side, so choose a medium-loft cotton batting (approximately 1/4 inch / 6 mm) for projects that require more dimension.

Batting with Polyester Fabric

Polyester batting works well with all quilting techniques, including hand embroidery, machine quilting, and free-motion quilting. It is particularly suitable for baby quilts because it is lightweight (2–4 oz/yd²), hypoallergenic, and does not absorb body oils as readily as cotton. Polyester batting maintains its loft through repeated washing cycles and resists compression better than cotton over long-term use.

Batting with Blended Fabric

Blended batting combines cotton and polyester fibers — typically a 50/50 or 80/20 cotton-polyester ratio. The cotton component provides softness and breathability while the polyester fibers add resilience and reduce shrinkage to approximately 1–2%. Blended batting absorbs moisture better than pure polyester batting while retaining shape better than pure cotton. If you know how to cut sashing strips for quilting, blended batting pairs well with cotton sashing because both materials respond similarly to washing and shrinkage.

Benefits of Batting Fabric

Batting fabric offers four primary benefits for quilting and textile projects. First, it provides thermal insulation — a single layer of wool batting with a loft of 1/2 inch (12 mm) increases a quilt’s thermal resistance by approximately 2.5 R-value units compared to an unquilted fabric sandwich. Second, batting adds loft and dimension, transforming a flat fabric sandwich into a plush, three-dimensional textile surface.

Third, batting improves durability by distributing stress across a wider fabric area, reducing point loads on individual quilt stitches. Fourth, batting enhances comfort by providing a soft cushioning layer between the outer fabric and the user’s skin.

Batting fabric is available in more than 15 distinct product varieties across major batting categories, in weights ranging from 2 to 14 oz/yd², and in widths from 45 to 120 inches (114–305 cm) to accommodate projects from small wall hangings to full-size bed quilts.

Wadding vs. Batting — Key Differences

Batting and wadding are regional terminology for the same mid-layer textile fabric used in quilting. In the United States, Canada, and Australia, manufacturers and quilters refer to this layer as “batting.” In the United Kingdom, Ireland, and parts of Europe, the same material is called “wadding.” Both terms describe a cushioned fabric layer, typically made from cotton, wool, polyester, bamboo-rayon, or blended fibers, that is sandwiched between the quilt top and backing fabric.

The key practical difference is that the term “wadding” is also used more broadly for non-quilting applications such as packaging, filtration, and industrial insulation, where the material may be loose-fill rather than sheet form. Batting specifically refers to sheet-form quilting batting that is designed for use in sewn or quilted textile projects. Both materials serve the same insulating and loft-providing function within a quilt structure.

Conclusion

Batting fabric is an essential component of quilts, providing warmth, loft, durability, and comfort. Choosing the correct batting type depends on the project requirements: cotton batting for traditional aesthetics and breathability, polyester for affordability and low maintenance, wool for superior thermal insulation, bamboo-rayon for antimicrobial properties, and fleece for moisture-wicking applications. Understanding batting weight (measured in oz/yd²), loft (measured in inches or mm), and shrinkage percentage allows quilters to select the appropriate batting for each project and achieve predictable results after washing.

For a detailed comparison of batting and wadding terminology across regions, see our guide on the difference between wadding and batting. To learn more about quilt wadding and its applications, read our comprehensive guide on what is wadding in sewing.

Thanks for reading and happy crafting!

References

• Wikipedia contributors. (2026). Quilting. Wikipedia, The Free Encyclopedia.
• Wikipedia contributors. (2026). Batting (material). Wikipedia, The Free Encyclopedia.
• Encyclopaedia Britannica. (2026). Textile. Encyclopaedia Britannica.
• Cotton Incorporated. (2026). Textile Topics. CottonWorks™.