Fujian Heyubokuaji Import and Export Co., Ltd. is one of the most credible manufacturers and suppliers of 3d pvc shoe charms in China, featured by quality products and good price. If you're going to wholesale bulk CE approved 3d pvc shoe charms, welcome to get quotation from our factory. Customized orders are welcome.
Craft-Focused Positioning
This page should explain the difference between 3D PVC and flat 2D PVC. 3D PVC is useful when the design needs raised layers, curved surfaces, thicker visual effects, or a more tactile product feel.
When to Choose 3D PVC
|
Use Case |
Why 3D Helps |
|
Character-style original icons |
More dimensional face or body shape |
|
Food designs |
Raised layers for burger, ice cream, fruit |
|
Animal designs |
Softer face and body details |
|
Premium retail sets |
More textured product appearance |
Product Specifications
|
Item |
Details |
|
Product Name |
3D PVC Shoe Charms |
|
Material |
Soft PVC |
|
Craft |
3D molded PVC |
|
Size |
Custom size available |
|
Design Style |
Raised, layered, dimensional, tactile |
|
Packaging |
Bulk bag, individual bag, backing card, retail set |
|
Use |
Custom gifts, retail accessories, promotional products |
3D Design Notes
3D PVC works best when the design has clear layers and rounded shapes. It is not always the best option for tiny text, flat logos, fine gradients, or photo-like graphics. For detailed printed artwork, PVC base with UV printing may be better.
Custom Options
Buyers can customize shape, height effect, color, size, back button, packaging, and set combination. A sample is recommended for 3D designs because depth and raised details should be checked before bulk production.
FAQ
Q: What is the difference between 2D and 3D PVC shoe charms?
A: 2D PVC is flatter and suitable for simple icons. 3D PVC has raised details and a more dimensional surface.
Q: Is 3D PVC suitable for detailed logos?
A: Not always. Detailed logos or small text may be clearer with UV printing.
Q: Do 3D PVC shoe charms cost more?
A: Cost depends on design complexity, size, mold structure, quantity, and packaging requirements.