Detailed Description
The Plain Sequin Round 40mm pack offers 100 grams of high-quality, large sequins in a glossy finish. These oversized sequins are perfect for bold and impactful designs, whether you're embellishing costumes, decorating for events, or creating eye-catching crafts. The 40mm size ensures maximum visibility and shine, making them ideal for larger projects or when you want to cover larger areas quickly. Their smooth surface and reflective finish give your designs a stunning, radiant shine, making them an excellent choice for adding glam and dimension to any creation.
3. Specifications
- Type: Plain Round Sequins
- Size: 40mm diameter
- Weight: 100 grams (quantity varies by weight)
- Color: Available in a variety of colors (customize as needed)
- Material: Durable, lightweight plastic
- Finish: Glossy, reflective
4. Key Features
- Large 40mm size for dramatic impact and visibility
- Glossy finish for bright, reflective sparkle
- Easy to apply using glue, thread, or wire
- Ideal for large-scale decorations or bold embellishments
- Perfect for costumes, event decor, and craft projects
5. Uses
- Embellish costumes, accessories, and fashion pieces with bold, reflective shine
- Decorate large event items like backdrops, centerpieces, and party tables
- Create vibrant crafts, including scrapbooks, mixed media art, and home decor
- Add glam to wedding decorations, gifts, and DIY party items
- Use for larger-scale arts and crafts projects that need a bold statement
6. Benefits
- Large size allows for faster coverage and more impact
- Bold shine and reflective surface make designs stand out
- Ideal for use on larger surfaces or in bulk applications
- Durable and lightweight, ensuring easy handling and use
- Versatile for a wide range of crafting, decorating, and embellishment projects
7. Cautions
- Choking hazard: Keep away from children under 3 years old
- Store in a cool, dry place to preserve the quality of sequins
- Avoid exposure to extreme heat or flame
- Test adhesives for compatibility before applying to different surfaces
