Plastisol Printing

Plastisol printing is a screen printing technique using plastisol inks, which are made from PVC and plasticizers, resulting in thick, opaque, and durable prints that sit on top of the fabric, creating a raised effect

PVC printing

PVC (Polyvinyl Chloride) printing is a popular screen printing technique used in textiles. It involves applying a plastic-based ink that contains PVC to fabric, creating prints with a slightly raised, glossy finish. This method not only ensures durability but also delivers vibrant colors that stand out. PVC prints are particularly favored for adding logos, designs, and text to various garments, especially T-shirts and sportswear.

Non PVC Printing

Non-PVC printing refers to printing processes that use inks and materials that are free from polyvinyl chloride (PVC), a common plastic, and its associated harmful chemicals like phthalates and heavy metals, offering a safer and more environmentally friendly alternative.

Puff Printing

Puff printing is a screen printing technique that uses a special ink containing a heat-reactive foaming agent, which expands when heated, creating a raised, three-dimensional effect on the printed design.

High Density Printing

High-density printing is a screen printing technique that creates raised, textured designs by layering thick, viscous ink to achieve a 3D effect, often used for bold graphics and text on apparel.

Discharge printing

Discharge printing is a textile printing technique where a design is created on dyed fabric by applying a chemical agent (discharge ink) that bleaches out the original color, revealing a lighter or white pattern

Pigment printing

Pigment printing is a textile printing technique that uses insoluble pigments, applied to the fabric surface with a binder, to create patterns and designs. It’s known for its versatility, cost-effectiveness, and ability to print on various fabrics, including cotton, polyester, and blended fabrics.

D2F Printing

D2F printing, also known as Direct-to-Film printing (DTF), involves printing a design onto a special film, applying adhesive powder, and then heat-pressing the design onto fabric, offering versatile and cost-effective custom printing.

D2G Printing

DTG stands for Direct to Garment and refers to a method for textile printing. Unlike other textile printing methods, such as heat transfer or dye sublimation, the DTG printing process uses specialized ink in order to print directly onto the garment, using a DTG printer.

Reflective printing

Reflective printing involves printing designs or images onto materials that reflect light, making them highly visible, especially in low-light conditions. This technique is commonly used for safety applications like road signs, clothing, and labels.

Heat Transfer Printing

Heat transfer printing is a process of transferring a design from a special paper to a fabric or other surface using heat and pressure.

This technique involves disperse dyes that transfer from paper to fabric with heat. The cloth fibers open with heat allowing the dyes to bond permanently. The process is simple and allows the designer to create multi-colored designs. This technique only works well with synthetic fabric.

Digital printing

Digital printing is a method of printing directly from a digital image or file onto various media using laser or inkjet printers, often used for small-run jobs and quick turnaround times.

Rubber Patch

A rubber patch is a durable, often weather-resistant, and flexible patch made from rubber or a similar material like PVC, used for various applications like repairs, decoration, or branding, often on clothing, gear, or other items

All Over Garment Printing

All-Over-Print or AOP is a garment printing technique that covers one entire side of the garment.

All-over print, also known as full print or sublimation print, is a printing technique that covers the entire surface of a product with a design or pattern. This technique is achieved using a variety of printing processes, including traditional screen printing, transfer printing, and sublimation printing technique.