3D Raised Silicone Heat Transfer
Custom 3D Raised Silicone Heat Transfer Labels
Give your garments a distinctive tactile identity with custom 3D raised silicone heat transfer labels. Designed for sportswear, activewear, streetwear, casualwear, outerwear, bags, and textile accessories, these labels combine a raised silicone surface with a heat-activated backing for application to compatible fabrics.
The dimensional logo effect adds visual depth and a soft, flexible feel, making the label suitable for both subtle branding and bold external decoration. Customize the artwork, size, color, thickness, surface finish, and carrier layout to match your brand and garment construction.
Raised Silicone Construction
The 3D effect is created by building silicone material above the carrier surface. Depending on the artwork and production method, raised lettering, logos, borders, and selected graphic elements can be produced with different heights and profiles.
The final relief depends on:
Artwork size and line thickness.
Spacing between letters and design elements.
Silicone thickness and layer construction.
Label dimensions and shape.
Fabric stretch and surface texture.
Heat application conditions.
Bold shapes and clearly separated lettering generally provide stronger definition. Very fine lines, small characters, and tightly spaced details should be reviewed at actual size before production.
Custom Logos, Colors, and Surface Effects
Personalize your silicone heat transfer with:
Brand logos and lettering.
Single-color or multicolor graphics.
Collection names and symbols.
Matte, semi-gloss, or other available surface effects.
Raised and recessed design combinations.
Custom outlines and shaped edges.
Reflective or specialty effects where compatible.
Color references can help communicate your requirements, but the final appearance may vary with the silicone system, fabric color, surface finish, and lighting. A physical sample is recommended for accurate approval.
Flexible Options for Different Garments
Silicone heat transfer labels can be developed for:
T-shirts, hoodies, and sweatshirts.
Sportswear and activewear.
Jackets and outerwear.
Leggings and stretch garments.
Denim and casual apparel.
Caps, bags, and textile accessories.
The label’s flexibility should be considered alongside the garment’s stretch and recovery. Large solid areas or thicker raised designs may influence how the fabric bends, so testing on the actual garment is important.
Heat Application and Fabric Compatibility
The label is supplied on a temporary carrier with a heat-activated adhesive layer. Application depends on the transfer construction, fabric composition, surface treatment, and equipment.
Suitable fabrics may include cotton, polyester, blends, and selected stretch materials, subject to testing. Water-repellent coatings, silicone finishes, textured surfaces, and sublimated polyester can affect adhesion or color stability.
Before bulk application, confirm:
Press temperature.
Dwell time.
Pressure.
Peeling temperature or method.
Pre-pressing requirements.
Waiting period before washing.
Garment care conditions.
There is no single application setting that is suitable for every transfer and fabric combination. Follow the approved product specification and test the sample with the intended equipment.
Durability and Wash Evaluation
A raised silicone transfer should be evaluated after the garment’s intended care process. Testing may include:
Adhesion and resistance to edge lifting.
Appearance of the raised surface after washing.
Stretch and recovery on elastic fabrics.
Resistance to cracking, peeling, and abrasion.
Color stability and possible dye migration.
Performance after drying and ironing.
Washability claims should refer to agreed test conditions. A transfer tested on cotton under domestic washing should not automatically be described as suitable for industrial laundering or all fabric types.
Sampling and Quality Review
Before bulk production, approve a sample applied to the actual garment. Review:
Label dimensions and placement.
Raised height and edge definition.
Color and surface appearance.
Carrier release.
Adhesion and flexibility.
Appearance after the intended care process.
Comfort and garment hand feel.
For dark or sublimated polyester, evaluate possible dye migration during heat application and storage. If needed, a suitable barrier or migration-control construction can be discussed.
Request a Custom Quotation
Send us your artwork, required size, color references, preferred raised effect, garment fabric, garment color, application position, quantity, and washing requirements. Include your available heat press information if you need support with application testing.
3D raised silicone heat transfer labels are supplied on release carriers to protect the adhesive layer and maintain the position of the design before application. Depending on the artwork, they can be supplied as individual transfers, grouped layouts, or sheets.
Packaging options can include:
Counted inner packs: Transfers grouped in agreed quantities for production use.
Separate design packing: Different colors, sizes, garment versions, and artwork packed separately.
Flat protective packing: Helps prevent bending, sticking, and pressure marks on raised surfaces.
Carrier protection: Suitable separation or wrapping to protect the transfer face and adhesive side.
Application instructions: Approved pressing, peeling, and storage guidance supplied where required.
Carton identification: Labels showing item references, quantities, artwork versions, and batch details.
For designs with separate letters or multiple pieces, the carrier layout should be clearly identified to maintain the intended spacing during application.
Final packing quantities, carton dimensions, net weight, and gross weight are confirmed after the product and packing specifications are approved.
Store transfers flat in their original protective packaging, away from direct sunlight, moisture, excessive heat, dust, and heavy pressure. Recommended storage conditions and shelf life should follow the selected silicone, adhesive, and carrier system.
