Neon Puff Heat Flex Vinyl | 3D Raised Glow HTV

Elevate your custom apparel with a striking 3D effect. Neon Puff Heat Flex Vinyl is designed to expand under heat, creating a soft, raised “puff” texture that stands out from the fabric. Available in vibrant neon shades, this vinyl is perfect for bold streetwear, club gear, and eye-catching logos that literally pop. It’s easy to weed, durable, and adds a professional, high-end feel to any garment.

R232,00

Available on backorder

Description

Take your branding to the next dimension with Neon Puff Heat Flex Vinyl. Standard flat prints are a thing of the past. Our Neon Puff Heat Flex is a premium heat transfer vinyl (HTV) that transforms during the heat-pressing process. Once heat is applied, the vinyl expands to create a unique 3D raised effect, giving your designs a professional, embossed look and a soft, marshmallow-like texture.

Combined with high-intensity neon pigments, this vinyl is engineered for maximum visibility. Whether you are designing for high-end streetwear, sports kits, or promotional event gear, the neon glow ensures your brand is seen from a distance, while the raised puff effect adds a premium tactile feel that customers love to touch.

Why choose Neon Puff Heat Flex?

  • Stunning 3D Finish: The vinyl “puffs” up under the heat press, adding depth and character to simple logos and typography.

  • Vibrant Neon Colors: Available in a range of electric shades including Neon Pink, Yellow, Orange, and Green.

  • Easy Application: Despite its specialized finish, it weeds easily and applies to a variety of fabrics including cotton, polyester, and poly-cotton blends.

  • Durable & Flexible: Engineered to maintain its shape and color even after multiple washes, without cracking or peeling.

Perfect For:

  • Bold streetwear hoodies and t-shirts.

  • Eye-catching caps and bags.

  • Clubwear and event merchandise.

  • Adding a high-end “boutique” feel to basic apparel.

Application Guidelines: To achieve the perfect puff, we recommend a single firm press at the specified temperature. Avoid double-pressing, as excessive heat can flatten the 3D expansion.