Textile Printing Inks

Brand, size and fixed care information can be printed directly inside a T-shirt neckline instead of on a sewn-in label. In pad printing, the artwork is prepared on a printing plate and a silicone pad transfers suitable ink onto the fabric. Distance from seams, fabric absorbency and drying conditions are determined together.

Garment shape and print position are considered together when printing brand, size and care information directly onto underwear. Boxer shorts, vests and briefs may differ in fabric and stretch. Each product therefore requires sample printing to determine its fixture, ink formulation and drying arrangement.

Brand, size and fixed product information can be pad printed inside a suitable waistband area on boxer shorts. The fixture must hold the print area flat, preventing elastic and seams from disturbing pad contact. Stretch during wear and washing conditions guide ink and drying selection.

Size and brand information can be printed directly inside the neck or another suitable inner area of baby clothing. Legibility and print feel are assessed together on soft fabrics. Current technical and conformity documents for the ink are reviewed against contact conditions and the customer’s specification when defining the process.

Brand, size and fixed identification markings can be pad printed onto sock soles or suitable knitted areas. A positioning fixture supports consistent placement. Because the surface stretches and experiences friction, both initial appearance and results after washing are checked.

Size and care information can be printed inside a suitable waistband area on leggings. Ink selection considers flexibility as well as adhesion on elastane blends. The print is examined under intended stretch and washing conditions for cracking or lifting.

Brand, size or fixed care information can be transferred onto a suitable inner area of bras and bralettes. Curved parts, seams and elastic components affect pad contact. A support is prepared and flexibility, print feel and use conditions are assessed together on the garment.

Small brand markings and fixed identification information on sportswear can be assessed for pad printing. Polyester ratio, elastane content and exposure to perspiration or friction affect process selection. Artwork size and colour count are planned with the machine configuration and fixture.

Fixed branding and symbols on underwear waistbands or textile elastic tapes can be assessed for pad printing. Fibre and coating structure and expected stretch determine the result. Prints are compared under tension and at rest, with adhesion and wash resistance checked on actual samples.

Fibre structure and absorbency affect ink spread and fine detail on cotton. Logos or fixed information are prepared on a printing plate and transferred using a suitable pad. Printing force, ink consistency and drying conditions are tested on the actual fabric to assess legibility and adhesion after washing.

Ink adhesion, fabric dye migration and wash performance are assessed together on polyester and polyester blends. A fibre name alone does not guarantee consistent results. Sample printing determines the formulation while accounting for finish, colour and drying conditions.

Size and logo printing on elastane fabrics needs to follow stretch during use. A rigid or insufficiently flexible ink film may crack when deformed. Definition, adhesion and feel are checked under realistic tension and then assessed with the intended washing conditions.

In blends such as cotton-polyester, knit structure and surface treatments affect transfer alongside fibre ratios. Ink, pad and drying conditions are selected using an actual fabric sample. When the supplier or fabric specification changes, production settings are verified on the new batch.

Opacity, absorbency and film thickness are adjusted together when printing white or light-coloured information onto dark fabric. Excess ink can affect feel and drying as well as appearance. Contrast and small-text legibility are assessed on samples before defining the formulation.

The open, flexible structure of knitted fabric can make small text appear broken or blurred. Transfer is controlled using a fixture that holds the fabric evenly and suitable pad contact. Artwork detail, printing pressure and ink consistency are adjusted together and assessed through sample printing.

Mixing, additives and drying steps for PLTTEXA ECO and Sericom 1013 must not be treated as interchangeable. Follow the technical data sheet for the selected range. For one- or two-component use of Sericom 1013, sample printing verifies the required resistance and production conditions.

After application, complete the drying and waiting conditions specified in the technical documents. Define intended wash temperature, detergent, drying method and cycle count in advance. Compare the original print with the tested sample for colour, adhesion, flexibility and feel.

Size, brand and fixed care information can be printed inside a suitable neckline or waistband on pyjamas and loungewear. A flat support prevents fabric bunching. Softness requirements, small-text legibility and intended washing conditions are assessed together.

Size and brand information can be pad printed onto a suitable inner area of thermal underwear. Fabric stretch and surface structure affect adhesion and print feel. Samples are prepared for the intended use and washing conditions; drying settings also consider the fabric’s response to heat.

Fixed product codes, symbols and identification marks can be printed directly onto technical fabrics. Coatings and service conditions such as temperature and friction guide ink selection. Samples are assessed for initial adhesion and durability appropriate to intended use.

On coated fabric, ink contacts the coating before the fibres. The coating type and surface behaviour therefore need to be known alongside the fabric name. Ink and drying conditions are selected using real samples, followed by checks of stretch and adhesion.

Softening, silicone or water-repellent finishes can change ink adhesion. Two fabrics with the same fibre content may print differently, so an earlier formulation is not assumed suitable. A sample from the intended batch is tested for ink spread, drying and durability.

The grooves and stretch of ribbed fabric affect pad contact. Even support reduces unnecessary tension at the print position. Logo detail and text size are assessed against the texture, comparing the print in relaxed and stretched states.

Fine fibres can affect ink spread and print feel on microfibre fabric. Plate detail, ink consistency and transfer amount are adjusted together for small graphics. Fine lines and results after washing are checked on samples before setting the production formulation.

Printing force and ink quantity are carefully adjusted on lightweight fabric. Samples are checked for distortion, show-through and blurred small text. Flat support helps achieve a legible mark without excessive printing force.

On thick, densely textured fabrics, the pad must make sufficient contact across the print. Surface height and compression require joint assessment of pad shape and hardness. Consistent transfer across every part of the artwork is checked on an actual fabric sample.

Visibility of white information on dark fabric is assessed with opacity and absorbency. Increasing film thickness can also change drying and feel. Contrast, fine-text legibility and appearance after washing are checked together to establish the formulation.

Print feel changes with ink film and the area covered. Tagless printing does not mean every application will feel equally soft. Flexibility and feel are assessed on the actual product; ink technical and conformity documents are reviewed against contact conditions.

Drying and any curing conditions follow the ink series’ technical data sheet. Fabric heat response and available production time are considered together. A touch-dry print may not have reached its final resistance, so the required waiting time is also included in the process.

Prints on elastic products should also be inspected under stretch. The sample is extended to reflect normal use and checked for cracking, lifting and distortion. The formulation is reassessed if ink flexibility or film thickness is unsuitable.

Prints on sock soles and moving garment areas may experience friction. Sample assessment considers expected surface contact as well as initial appearance. Adhesion, completed drying and fabric texture are assessed together to determine production conditions.

Dye or finish formulations can change even when fibre composition stays the same. Adhesion, colour appearance and drying are checked again on each new batch. Previous settings can provide a starting point; suitability is verified on a new sample.