Tiered Ruffle Black Embroidered Two-Piece Modest Set 50272S

Wholesale — sold as a full size series.

Series: 5 pieces · sizes 36, 38, 40, 42, 44 (one of each).

Per piece: $30.00 · Full series (5 pcs): $150.00

Fabric: Embroidered (brode) fabric.

Product Features: Two-piece set of a top and skirt, tiered ruffle detailing on the top, button-front design, long sleeves, long fluid skirt, embroidered surface detail.

Length: Top 65 cm · Skirt 98 cm

Color: Black (Color tones may vary slightly due to lifestyle photography.)

Order Contents: Sold as a two-piece set — one top and one skirt.

Care: Follow the care and washing instructions on the garment's inner label.

Frequently Asked Questions

What is the wholesale quantity and price?

One series of five complete sets — sizes 36, 38, 40, 42 and 44. The per-set reference is $30.00, so the run totals $150.00.

Can a black embroidered set be worn to a formal evening event?

Yes. In black the embroidery and tiered ruffles read as a considered evening piece rather than a summer outfit, and the 98 cm skirt gives it the length a formal occasion asks for.

How does this compare with the black evening dresses in the range?

A two-piece gives the same coverage but breaks up afterwards. Customers who resist buying a gown they will wear once often accept a set at a similar price for exactly that reason.

Is the ruffle detail visible against black fabric?

It reads as depth and shadow rather than as a distinct edge. That is what makes the black version wearable beyond occasions — the same set looks far more decorative in white.

Does the length work for taller customers?

At 98 cm the skirt is the longest in the range, so it holds its proportions on a taller frame where a 90 cm skirt might sit short. Worth mentioning to customers who usually struggle with two-piece lengths.

How should the set be pressed before display?

Steam the ruffled top on the hanger and let the skirt hang out its own creases. Pressing the ruffle tiers flat with an iron removes the layered structure the top is built from.