Custom Heat Transfers
From t-shirts and football shirts, to bags and umbrellas, our custom-made, heat fusion transfers can be applied to almost any type of fabric - With minimum order quantities starting from just 10 of the same design, we can produce small and large quantities in a wide variety of finishes, including digital, ink-based, glitter and photo-quality, lithographic heat transfers.
Polytran is our most commonly purchased custom heat transfer system and is suitable for a wide range of fabric types, including cotton, polyester, poly-cotton blends and more. It's a powdered Plastisol heat transfer, which enhances the opacity of designs and makes them suitable for darker garments and fabrics.
Plastisol is a well-established process for block-colour heat transfers for high and low volume on a wide range of fabrics, including cotton, polyester, poly-cotton blends and more - It's one of our most versatile systems for application onto standard fabrics, and Glitter can also be incorporated to add an extra dimension.
Nylotrans has been specifically developed to apply onto PU-coated substrates, such as waterproof nylon, and produces a crisp, block-colour finish, for designs up to eight colours - Colours are opaque and bright, with Pantone colour matching also available.
Elastika is a robust block-colour, heat transfer process that has stretch built into the inks used to create it, so it doesn't crack when stretched, making it deal for kidswear, sportswear, swimwear and lingerie.
Litho Polytran custom transfers combine the benefits of the lithographic process with silk screen printed transfers, producing the full-colour image clarity of lithography with the enhanced adhesion and opacity of a screen-printing design.
Litho Plastisol is our versatile custom heat transfer for a photo-quality, full-colour finish where detail is paramount - Process printed (CMYK) via a lithographic press achieves optimum definition and clarity, making it an extremely popular process within the commercial and promotions market.
Litho Glitter allows customers to combine full-colour lithographic detail with added sparkle to enhance both light or dark fashion garments, making it an extremely popular process within the commercial and promotions market.
Gloss Glitter gives an extra dimension to any design, adding a retail-quality, glitter appearance for extra sparkle, and is suitable for both dark and light fabrics.
Gloss Plastisol gives a retail-quality, glossy appearance to the finished design, making it a great choice for many of our customers, and is suitable for both dark and light fabrics.
A two-step, high-gloss, metallic finish, custom heat transfer that is extremely popular within the fashionwear and leisurewear industries - The adhesive is applied first, followed by a foil material that is available in a variety of colours and effects to create stunning and unique high-street quality finishes.
Glow In The Dark custom heat transfers appear as as fluorescent colours in normal light and transform into life with a stunning bright glow once in darkness - It's a novelty process which is popular with both kidswear and retail fashion, in addition to the promotional industry.
Digi-Print Sportsfilm is a PVC-free, digital transfer process which offers full-colour (CMYK) custom heat transfers from as little as 10 heat transfers which allows you to produce vivid, durable heat transfers which are also lightweight at only 85 microns thick.
SuperTEK Sublistop™ is an Öko-Tex® compliant, PVC-free, lightweight, stretchy digital heat transfer process which is can be easily applied onto a wide range of light or dark-coloured fabrics and is specifically designed to prevent polyester dye migration, thanks to ONYX STiX2™ - This innovative new adhesive features a charcoal-based lining which effectively prevents sublimated dyes from bleeding through the garment and into the design.
Sublistop is a PVC-free, digital transfer process which offers full-colour (CMYK) custom heat transfers from as little as 10 heat transfers which allows you to produce vivid, durable heat transfers which are also resistant to subli-dye migration.