Men's Turquoise Winter Coat | Retro Turquoise Hoodie Jacket | Fleece jacket | Insulated Warm Winter Jacket

dd a pop of color to your winter wardrobe with this Men's Turquoise Winter Coat, a stylish and functional fleece-lined hoodie jacket designed for warmth, comfort, and retro-inspired style. The retro Turquoise gives this coat a unique and refreshing vintage look, perfect for cold-weather fashion.

• Fabric & Warmth: Crafted from 100% polyester fleece, this jacket ensures maximum warmth and superior insulation with its thick fleece lining, keeping you cozy even on the coldest days.
• Design Features: Features a durable front zipper enclosure for easy wear and practical side pockets to keep your essentials secure or your hands warm.
• Retro Turquoise Aesthetic: The classic Turquoise color offers a retro vibe with a fresh and modern twist, ideal for standing out during winter.
• Fit & Versatility: Designed for a comfortable fit with a fleece-lined hood for extra protection against the cold and wind. A perfect jacket for casual outings, outdoor adventures, or daily wear.
• Styling Tips: Pair this mint green hoodie jacket with jeans, khakis, or dark pants for a sleek and stylish look. Complement the retro color with boots or sneakers for a timeless winter outfit.

Stay warm, cozy, and stylish in this Retro Mint Green Insulated Fleece-Lined Winter Coat, designed to combine vintage aesthetics with modern functionality.

Designed in California by Trendy Hip Buys. Made to order from overseas. 

Material: 100% Polyester , Thick Fleece Lined

Weight: 400G, Fabric Weight: 220 g/m2

Washing Instructions: Machine washable with cold water. Temperature should not exceed 45ºC. Do not soak for a long time. Do not Use Bleach. Do not Tumble Dry. 

Size Note:  Due to different measurement methods, it is normal for the error to be within 1-2cm. 

Tips: The picture display is for reference only.  Due to objective factors such as production batches and machinery and equipment, it is difficult to avoid slight color difference, position and size errors.