Bring intricate artwork, expressive colour and detailed textile designs to life with reactive digital printing.
At Kabir Impex Pvt. Ltd., we specialise in reactive digital textile printing on natural and cellulosic fabrics including Cotton, Viscose, Linen, Modal and Silk. From print development and sampling to bulk production and finishing, the process is managed through our manufacturing facilities in HSIIDC-Barhi, Sonepat, India.

Reactive printing is particularly suited to natural and cellulosic fibres where colour quality, softness and wash performance are important.
With appropriate preparation, printing and post-treatment, reactive dyes bond with the fibre rather than simply creating a surface coating. The process can deliver vibrant colour, fine print detail and a soft natural hand-feel for quality apparel and home-textile applications.
Suitable for expressive designs and rich colour palettes.
The natural character and handle of the fabric can be retained.
Digital technology enables detailed motifs, fine lines and complex artwork.
Correct reactive processing supports strong wash-fastness characteristics.
A versatile base for reactive digital printing across fashion, apparel and home textiles.
Ideal for fluid garments and design-led apparel where softness, drape and expressive colour matter.
Combines linen's natural texture with detailed digital artwork for apparel and selected home textiles.
A soft cellulosic fabric suited to contemporary apparel and print-led collections.
Suitable constructions can be developed for premium fashion applications requiring colour and detail.
Artwork adaptation, repeat development and colourway development for production.
Natural fabrics receive appropriate preparation before reactive digital printing.
Pantone-oriented shade matching, colour development, strike-offs and sampling before bulk.
Approved artwork is digitally printed on prepared fabric using controlled print and colour-management processes.
The fabric proceeds through the required fixation, washing and finishing processes.
Approved developments can progress from smaller quantities to commercial bulk production.
Finished production is prepared for delivery with logistics support according to the order requirement.

For designers, exporters, garment manufacturers and textile houses, successful printing begins before bulk production.

Print development for dresses, shirts, co-ordinates, womenswear, menswear and other design-led garment collections.
Explore Fashion & Apparel →
Natural-fibre print development for cushions, throws, table and kitchen linen, curtains, drapes and decorative textile products.
Explore Home Textile Applications →Practical answers for designers, exporters, garment manufacturers and textile houses evaluating a print requirement.
Reactive digital printing is particularly suited to natural and cellulosic fabrics. KABIR works with cotton, viscose, linen, modal and suitable silk constructions.
Yes. Cotton is one of KABIR's key fabrics for reactive digital printing. The workflow includes appropriate fabric preparation, digital printing and post-print processing.
Yes. Sampling and strike-offs can be developed before proceeding to bulk production.
KABIR supports Pantone-oriented shade matching and colour development. Final appearance can vary with fabric construction, preparation and production variables, which is why physical sampling is important.
Yes. We can support artwork adaptation, repeat setting and colourway development as part of print development.
KABIR supports development quantities and small batches as well as larger production requirements, subject to fabric, process and project specifications.
Yes. KABIR provides both Reactive and Pigment Digital Printing. The appropriate route depends on the fabric, application, hand-feel, performance and commercial requirement.
KABIR's manufacturing operations are located in HSIIDC-Barhi, Sonepat, Haryana, India, with the company headquartered in New Delhi.
Share your artwork or print requirement together with the fabric, approximate quantity, required timeline and delivery destination.