SewYeahQuilting

Sew Happy 2 White on White Scissors Fabric

Sew Happy 2 White on White Scissors Fabric - Main image
$1.94 $2.9 In stock

Category: Yardage

Description: Sew Happy by Wilmington Prints is a cheerful celebration of all things stitching! With playful prints of sewing notions, bright colors, and happy patterns, it’s perfect for adding a splash of joy to every quilty creation.

Brand: Wilmington Prints

Designer: Wilmington Prints

Material: Cotton

MFG Barcode: 745181545444

SKU: 1817-39194-100

Before you pay

Check the method and total at checkout.

When it ships

Allow for processing time as well as the journey to you.

Standard Shipping: Handling (business days) 0–1; Transit (business days) 7–15.

Express Shipping: Handling (business days) 0–1; Transit (business days) 7–15.

View policy
If you need a refund

Keep your order number and contact the store to start.

Please contact us for the refund processing timeframe before returning an item.

View policy
Delivery costs

Review the cost for your destination and chosen service.

Standard Shipping · United States: $0.00

Express Shipping · United States: $3.99

View policy
Returning an item

Check the return conditions before sending anything back.

United States · Return window (days after delivery): 30. Return method: By mail. Return postage: Seller pays.

View policy

Customer Reviews (5.0 / 5 · 5 reviews)

Adam H. ★★★★★

The tiny scissors print is so cute and crisp, it makes this fabric perfect for a patchwork tote I'm stitching up. The white-on-white background keeps it versatile but adds just enough playful detail.

Owen ★★★★★

The little sewing machine and spool motifs are so crisp against the bright white base—I already know exactly which quilt squares they’ll star in. The fabric has a smooth hand that pressed up beautifully for my first project.

Aurora ★★★★★

The sewing-themed prints are adorable, and the white-on-white palette keeps it subtle enough for any project I'm working on. The fabric has a nice, sturdy hand that presses beautifully without any shifting.