Tang's Alterations Available

Tang's Alterations approaches garment reconstruction through structural diagnostics rather than superficial pinning. Operating in Montgomery, the shop focuses on technical tailoring challenges, including restructuring tailored suit shoulders, repositioning armscyes, resetting delicate zips, and reshaping formal gown bodices. Every alteration begins with an assessment of garment balance, fiber grain lines, and internal construction methods. Factory-assembled clothing often conceals bonded interlinings, shoulder pads, and chest canvases that react differently under tension; evaluating these hidden layers ensures that taking in a seam or shortening a hem does not distort the garment's intended balance or roll.

Handling dense suiting wools, rigid denim, and multi-layered sheer textiles requires distinct tooling and stitch calibrations. Industrial walking-foot machines handle heavy-gauge thread and thick denim seams without puckering, while high-speed lockstitch units and differential-feed sergers secure lightweight linings without fraying. When adjusting lined suit jackets, sleeve length modifications are evaluated from either the cuff or the shoulder cap, depending on functional buttonholes and pattern matching across the plaid or stripe. In multi-layered gowns, hemming involves deconstructing horsehair braid, narrow rolled hems, and lining drops individually so the skirts fall naturally without dragging or catching during movement.

Intake assessments verify garment condition, seam allowances, and original construction integrity before any cutting or unpicking begins. Standard tailoring tasks typically require seven to ten business days, while intricate formalwear redesigns require two to three weeks to accommodate interim fittings. Customers should arrive at their initial fitting with clean garments and the exact footwear and undergarments intended for the finished outfit, as heel height variations of even a fraction of an inch and foundational shapewear shift hem levels and torso measurements significantly.