Van Halen EVH 5150 Stripes Plush Rock Band Cotton Slippers – Cozy Indoor Slides for Men & Women | Winter Thermal Print Casual Home Shoes
Van Halen EVH 5150 Stripes Plush Rock Band Cotton Slippers – Cozy Indoor Slides for Men & Women | Winter Thermal Print Casual Home Shoes
Van Halen EVH 5150 Stripes Plush Rock Band Cotton Slippers
Slide into the world of rock with the Van Halen EVH 5150 Stripes Plush Cotton Slippers – the ultimate cozy choice for music fans and style enthusiasts alike! Designed for unbeatable warmth and comfort, these indoor slides are crafted with high-quality microfiber for a smooth feel and feature a plush lining to keep your feet snug all winter long. Perfect for both men and women, these slippers bring a unique blend of rock-inspired design and practical warmth, making them the ideal addition to any casual wardrobe. Lightweight and designed for easy, true-to-size fit, these slippers offer a supportive EVA insole for all-day comfort, along with an anti-slip EVA outsole that ensures stability as you walk around indoors. Whether lounging at home or winding down after a day out, enjoy the iconic Van Halen EVH 5150 design paired with the ultimate cozy experience. Embrace the spirit of rock and make these stylish, warm slippers a part of your winter essentials!
Specs:
- Brand Name: JRJL, ICCLEK
- Shoes Type: Home Cotton Shoes
- Applicable Place: Indoor
- Origin: Mainland China
- Season: Winter
- Upper Material: Microfiber
- Fit: True to size – take your regular size
- Insole Material: EVA
- Model Number: M
- Lining Material: Short Plush
- Item Type: Slippers
- Fashion Element: Light
- Department: Adult
- Outsole Material: EVA
- Heel Height: Flat (≤1cm)
- Style: Concise, Rock Band Inspired
- Pattern Type: Animal Prints, Van Halen Stripes
- Thermal Feature: Enhanced warmth for winter
Please Note:
1-Please strictly according to our size chart to choose your size ,do not select directly your size according to your habit;
2-Please measure your foot and compare your foot length with the size chart on our phoro.thank you;
3-Due to different methods of measure,the error is allowed normally in 0-0.5 cm.