upload your artwork
how to order print
making a payment
common sizes and templates
what is fsc
large format printing
artwork and design
desk pads with wire bound covers
desk pads with wrap over covers
sticky mate note pads
a4 and a3 bar menus
take away menus
Nothing catches the eye like a Teardrop or Bow Banner swaying in the breeze. They are also great for indoor use if you have a large space, or need to attract attention to your trade show booth. We offer sizes ranging from 2.5m tall to 5.5m and either reverse image or double-sided printing. There are four different base options to choose from including - a ground stake, a hard-ground cross feet base with water bag, a heavy metal plate, or a vehicle base. Please note that there is a prepress handling fee now only £5 per artwork for windflags and handling fee.
As a special promotion, design and artwork for the teardrop and bow banners reduced to £45 +vat.
All prices are plus vat and delivery.
Let us call you back!
DIGITAL TEXTILE PRINTING
Digital textile printing is described as any ink jet based method of printing colorants onto fabric. Most notably, digital textile printing is referred to when identifying either printing smaller designs onto garments (t-shirts, dresses, promotional wear; abbreviated as DTG, which stands for Direct to Garment) and printing larger designs onto large format rolls of textile. The latter is a growing trend in visual
communication, where advertisement and corporate branding is printed onto polyester media. Examples are:
flags, banners, signs, retail graphics.
Digital textile printing can be divided into:
Direct to garment
Fashion (the "Como" industry)
Digital textile printing started in the late 1980s as a possible replacement for analog screen printing. With the development of a dye-sublimation printer in the early 1990s, it became possible to print with low energy sublimation inks and high energy disperse direct inks directly onto textile media, as opposed to print dye-sublimation inks on a transfer paper and, in a separate process using a heat press,
transfer it to the fabric.
The ‘textile market’ comprises many different applications and requirements. The intended use of the fabric is the most important starting point to identify exactly what’s needed to produce a specific end-product. A ‘textile’ product may vary from natural yarns for garments, through to synthetic fibres for flags and banners. A ‘textile product’ can be a wall mounted banner, a stand-alone pop-up banner, a beach flag, country flag or
company flag. It can be a carpet, back-lit frame, curtain, room divider, building wrap, bed cover, a garment and much more.
The predominant textile media used in visual communication is a polyester based fabric. In the USA, nylon is often used for flags. In northern Europe, polyspun material has been the choice of fabric for traditional flag printing. In today’s market, a woven or knitted polyester is the de facto standard. This differs from the predominant coated vinyl or pvc media used in the sign and display industry. The production process
needs to fit requirements for the type of ink: high energy sublimation (also known as disperse direct), low energy sublimation (dye-sub), acid, reactive and pigment. In turn, the type of ink chemistry needs to fit requirements for the media (such as polyester, nylon, cotton, silk). Based on the media and ink combination, the choice comes for infra-red fixation, heat-press sublimation or steaming. The structure of the fabric also
needs attention, for example whether it is woven, non-woven or knitted.
Polyester fabric is printed mostly with dye-sub or disperse direct ink, although UV and solvent inks (including HP’s latex formulation) can also be used. The great benefit of sublimation ink is the fact that the colorants will bond with the fibre during sublimation or fixation. The colours are ‘inside’ the media and don’t stay within the coating and on top of the media, as it is the case with UV-curable formulations. Even latex inks on porous textiles can suffer from abrasion or ‘rub-off’. Low energy sublimation ink is easier to print with, but has the disadvantage of colours fading faster; its UV resistance, or light-fastness, is less resistant than equivalents using high energy disperse direct ink. Dye-sub can also suffer from a ‘halo’ effect which results in less sharp images. The disperse direct ink is a ‘stronger’ ink than the dye-sub kind, and this is very important for outdoor use, such as for fence fabric, flags and banners: artwork will last longer.
Another benefit of aqueous-based sublimation ink is the absence of hazardous components as found in UV-curable, solvent and, even, in latex inks. When executed properly, direct to media printing with disperse ink is achievable on uncoated fabrics and offers maximum print-through; this is essential in applications viewed from both sides, such as with flag printing. As such, products can be sold at a higher margin, with a ‘green’ label and with a higher quality. Other media and ink combinations cannot allow this.
The biggest advantage of direct to media is drastically reduced waste. This method doesn’t need printing on transfer paper first before calendering (or heat-pressing) it onto the media. Waste is both an economical and an ecological factor in print production. Print speed doesn’t account for much if a large portion is being thrown away as waste due to incompatibility of media, ink, treatment or lack of know-how.
The qualities of the printed end product should fit the needs of the application. Longevity, fastness and hand properties are important. Post-processing is something to think about: is the printed material easily confectioned, applied or handled. Should it be washed or does it need a finish (e.g. fire retardant, water repellent). A washed textile no longer has coating or ink residues and will, therefore, have a better feel. Moreover, it will be less prone to stains and it will last longer.
An alternative which does not require expensive equipment and dyes is Inkjet Fabric Printing which uses a standard inkjet printer (e.g. HP, Epson, Canon, Lexmark) and specially treated, paper-backed fabric sheets. Inkjet fabric sheets are currently available in cotton, bamboo and silk on Amazon and other websites. The removable paper backing makes the fabric stiff enough to go through your inkjet printer. Once the ink is dry (1 hour to overnight for heavy ink coverage), simply remove the paper backing, follow the directions for a water dip to set the ink, let
the fabric dry, and you are ready to sew.