Men's classic herringbone double-breasted Blazer MTA1814I0U

Product Name:
Men's Classic Herringbone Double-breasted Blazer

Description:
The Men's Classic Herringbone Double-breasted Blazer combines timeless elegance with a bold, tailored design, perfect for the modern gentleman who appreciates classic style with contemporary sophistication. This blazer features the distinguished herringbone pattern, which adds depth and a touch of refinement to any outfit. Ideal for formal events or to elevate your business attire, this blazer is a versatile and stylish addition to any wardrobe.

Key Features:

• Fabric Details:
  Crafted from a blend of 70% polyester and 30% viscose, this blazer offers the luxurious look and feel of wool without involving animal products. 

• Style:
  The herringbone pattern gives the blazer a distinct and classic appeal, while the double-breasted design adds an extra layer of sophistication. This combination makes it suitable for both formal occasions and stylish, smart-casual looks.

• Closure Type:
  Features a double-breasted front with carefully chosen buttons, enhancing the blazer's structural integrity and style. This closure style provides a more commanding and traditional appearance, perfect for making a statement.

• Fit and Details:
  Designed with a tailored fit that contours the body's natural shape to create a sharp, elegant silhouette. The blazer includes peak lapels, which add a touch of elegance, and functional pockets for practicality. It is fully lined to ensure comfort and ease in movement.

• Sizes Available:
  Available in a comprehensive range of sizes from S to 3XL, ensuring a perfect fit for a variety of body types and preferences.

Upgrade your wardrobe with the Men's Classic Herringbone Double-breasted Blazer—a quintessential piece for those who appreciate the fusion of classic patterns with modern, tailored designs. Whether you're attending a formal event or looking to enhance your business casual attire, this blazer provides timeless style and unparalleled sophistication.