BRAND NEWS

Strengthening Global Footprint | BBT Bio-Scouring Solutions Shine in Lahore, Pakistan

BBT Granules Enzymes for Textile Pvt Ltd – the Pakistani subsidiary of BBT, wholly invested by our Hong Kong office made a successful appearance at the 11th Color & Chem Expo, held from July 18 to 19, 2026 at the Lahore Expo Centre, Pakistan.


The BBT Group is headquartered in Zhuhai, China, which serves as our core R&D and manufacturing hub for all enzyme products. As the local arm of the BBT group, we showcased our Bio-scouring enzyme solutions tailored for knitted fabrics and towels, alongside the UZYME series of detergent enzymes for household care, targeting both the local Pakistani market and the wider South Asian region.


Throughout the exhibition, our enzyme solutions attracted considerable attention from industry peers and customers, who gave positive feedback and strong recognition for their performance and eco-friendliness.


This exhibition was not a comprehensive display of BBT's technological strength but a significant practice in deepening our strategic presence in countries along the "Belt and Road" Initiative. Moving forward, BBT will continue to leverage Hong Kong as its global trade hub to provide more efficient and greener enzyme products and services to clients across the global textile and household care industries.

BRAND INTRODUCTION

BBT (HK) LTD. is a sales company established by BAICO BIOTECH (ZHUHAI) CO., LTD. in Hong Kong. Mainly selling BBT® brand series Textile enzymes and Textile auxiliarie agents.

BBT (HK) LTD. started export BBT brand granular enzymes to many Countries since 2022.

Using biological sustainable solution to fabric producers is what BBT (HK) LTD. focus on.

QUALTY IS THE FIRST PRINCIPLE

After more than a decade of effort, biological solution ( enzyme solution) can demonstrate the same or even better quality effects as conventional chemicals sotultion in the cotton textile field. However, biological solution (enzyme solution) have much better parameter in terms of chemical oxygen demand and biological oxygen demand than conventional chemical solutions.