Solutions

Bipoprint Thickener SC Printing Helps to achieve excellent print sharpness, optimal dye fixation Blend of Polymers Nonionic Cotton TDS Enquire Details →

Bipoprint Thickener SC-03 Printing Provides high brightness, excellent sharpness, and increased shade depth Blend of Polymers Nonionic Cotton TDS Enquire Details →

Celluzyme MH-100 Denim Enzymatic abrasion: Removes surface fibers to create denim fading Cellulase enzyme Non-Ionic TDS Enquire Details →

Celluzyme MH-200 Denim Moderate enzymatic abrasion: Controlled removal of fibrils for balanced Cellulase enzyme Non-Ionic TDS Enquire Details →

Ester Enzyme SUL 5-A Denim Enhances Sulphur shade degradation by boosting peroxide efficiency Anionic TDS Enquire Details →

FAB ENZYME BP3XL Denim Moderate bio-polishing effect: Removes surface fuzz with controlled activity Non-Ionic TDS Enquire Details →

FAB ENZYME BPA Denim Removes protruding fibers (fuzz) from fabric surface Non-Ionic TDS Enquire Details →

FAB ENZYME BPL Denim High bio-polishing efficiency: Removes surface fuzz and loose fibers Non-Ionic TDS Enquire Details →

FAB ENZYME BPL Conc Denim High bio-polishing efficiency: Removes surface fuzz and loose fibers Non-Ionic TDS Enquire Details →

FAB ENZYME BPP Denim High bio-polishing efficiency: Removes surface fuzz and loose fibers Non-Ionic TDS Enquire Details →

FAB ENZYME CLPA Pretreatment Easy Application & Control: Works well in both batch Alpha amylase Non-Ionic CO , CV , TWL , Blend TDS Enquire Details →

FAB ENZYME DAB PLUS Pretreatment Eco-friendly & biodegradable: Lower environmental impact than traditional desizing Alpha amylase Non-Ionic CO , CV , TWL , Blend TDS Enquire Details →

FAB ENZYME GC CONC NEW Pretreatment Easy application & control: Suitable for both batch and Alpha amylase Non-Ionic CO , CV , TWL , Blend TDS Enquire Details →

FAB ENZYME H/CONC Pretreatment Reduced defects: Minimizes uneven dyeing and printing flaws Alpha amylase Non-Ionic CO , CV , TWL , Blend TDS Enquire Details →

FAB ENZYME KT Denim Enhances enzyme efficiency: Boosts abrasion and improves overall enzyme Non-Ionic TDS Enquire Details →

FAB ENZYME NCR Denim Moderate bio-polishing effect: Removes surface fuzz with controlled activity Non-Ionic TDS Enquire Details →

FAB SOFT GEL Finishing Hydrophobic block silicon micro , delivers exceptional softness, smoothness, Easy to dilute and apply. TDS Enquire Details →

FAB SOFT GEL 20 Finishing Hydrophobic Block Silicone Micro, Imparts outstanding softness and smoothness Easy to dilute and apply. TDS Enquire Details →

FAB SOFT GEL 30 Finishing Hydrophobic block silicon micro, delivers exceptional softness, smoothness, and Easy to dilute and apply. TDS Enquire Details →

FAB SOFT GEL 35 Finishing Highly efficient hydrophobic block silicon micro, It imparts a Chemical Nature Ionic Character TDS Enquire Details →

FAB SOFT GEL-E Finishing Provides a luxuriously soft, smooth, and silky hand feel Chemical Nature Ionic Character TDS Enquire Details →

FAB SOFT GEZ Finishing Eco-friendly, Low cyclic siloxane (D4, D5, D6) content as Chemical Nature Ionic Character TDS Enquire Details →

FAB SOFT LM-15 Finishing Effective silicon micro emulsion providing a smooth and soft CO, CV, Blends TDS Enquire Details →

FAB SOFT LM-18 Finishing An effective silicone micro emulsion imparts a smooth, soft CO, CV, Blends TDS Enquire Details →

FAB SOFT LM-2 Finishing Highly efficient silicone micro emulsion, It imparts a soft, All type of fibers TDS Enquire Details →

Fab Thickener DIT Printing Anionic Cotton TDS Enquire Details →

Fab Thickener DPA Printing Improves paste stability and prevents dye migration during printing, Nonionic Cotton TDS Enquire Details →

Fab Thickener DPC Printing Delivers enhanced color brightness, improved edge clarity, and deeper Nonionic Cotton TDS Enquire Details →

Fab Thickener DPE Printing Readily disperses in cold water, but requires high-speed stirring Nonionic Cotton TDS Enquire Details →

Fab Thickener DPP Printing Cold water soluble and can be easily prepared with Nonionic Cotton TDS Enquire Details →