Saint Peyton Ivory Mirror Embellished Suede Heels
Saint Peyton Ivory Mirror Embellished Suede Heels
Saint Peyton Ivory Mirror Embellished Suede Heels
Saint Peyton Ivory Mirror Embellished Suede Heels
Saint Peyton Ivory Mirror Embellished Suede Heels
Saint Peyton Ivory Mirror Embellished Suede Heels

Saint Peyton Ivory Mirror Embellished Suede Heels

SG/F/1910/IVORY/6UK

Regular price£155
/
Tax included. Free Shipping

- Get 5% Off, Code: SGF5

Color
Size
  • In stock, ready to ship
  • Inventory on the way
Buy Now

A soft ivory dream finished with radiant mirror embellishments and fluid curved straps. Designed in luxe suede leather, these slip-on heels bring a glamorous glow to evening edits, wedding celebrations, and statement occasion looks. The sculpted straps shimmer with every step, while the sleek heel adds a striking fashion finish.


PRODUCT SPECIFICATION

  • Upper Material: Premium Ivory Suede Leather
  • Detailing: Mirror Crystal Embellished Curved Straps
  • Lining: Soft Leather Lining
  • Insole: Padded Leather Footbed
  • Closure: Slip-On Style
  • Sole: Durable Tunit Sole
  • Toe Shape: Open Toe

OCCASION

Evening Wear, Wedding Wear, Cocktail Parties, Celebration Looks


SIZE & FIT

Approx. Heel Height - 3 Inches / 8 cm


OUR PROMISE

We assure the authenticity and quality of our products.


CARE INSTRUCTIONS

Use a branded leather conditioner to clean the product. Wipe with a clean, dry cloth to remove dust and store in dust bags to prevent stains and mildew. Not water resistant.

Net Quantity:  1N (Signature Saint G® Box + Premium Cleaning Sleeve + Velvet Pouch)
Imported By: Saint G
Marketed By: M/s. Saint G Leather Studio Pvt Ltd, Pace City-2, Sector-37, 122001 Gurugram Haryana, India
Email: info@saintg.uk

Made for you using Leather Working Group - a group that has worked together to develop an environmental stewardship protocol specifically for the leather manufacturing industry. By utilizing Leathers throughout all our collections, this results in less pollution, cleaner waste streams, and improved biodegradability.



Recently viewed