Description
The EMIS Small Logo Velvet Ball Cap in brown is a versatile fashion accessory crafted from soft velvet material, designed to complement a wide range of styles. Featuring a clean silhouette and a mini embroidered script logo on the front, this cap is ideal for those seeking a subtle yet distinctive finishing touch. Suitable for adults and available in a free size with adjustable fit, it offers both comfort and understated style.
Why This One
- Velvet material for a soft texture and premium feel, making it comfortable for everyday wear.
- Adjustable fit with a head circumference range of 50 cm to 64 cm, ensuring suitability for most adults.
- Embroidered mini script logo and unique back embroidery (“E17—26”) for a distinctive branded detail.
Key Features
- Soft velvet fabric for a smooth and elegant appearance.
- Front: White embroidered “emis” logo; Back: Embroidered “E17—26” detail and metal clasp with engraved logo.
- Available in three color options (this listing: brown).
- Clean, structured silhouette suitable for various outfits.
Specifications
| Feature | Detail |
|---|---|
| Brand | EMIS |
| Material | Velvet |
| Color | Brown |
| Head Circumference | Min 50 cm – Max 64 cm (adjustable) |
| Front Panel (Center) | 16 cm |
| Front Panel (Side) | 16.5 cm |
| Visor Length | 7.6 cm |
| Back Panel (Side) | 17.5 cm |
| Back Panel (Center) | 13 cm |
| Adjuster Strap Length | 16 cm |
| Category | Hats, Fashion, New Arrivals |
Care Instructions
- Due to the nature of the velvet fabric, color may appear different depending on lighting or angle; this is not a defect.
- Lead content in metal parts meets stricter standards; recommended for ages 14 and up.
- Color transfer may occur; avoid contact with light-colored clothing, underwear, or belongings.
- Tonal variations may exist within the product due to fabric characteristics; slight color differences may occur depending on order timing.
- Exposure to oil, water, sweat, or friction may cause discoloration or fading; handle with care.
- Size may vary by 1–3 cm depending on measurement method and location.
