The Company has established a comprehensive quality management system and has been certified by multiple quality system standards. In every aspect of our operations—from product design, raw material procurement, and style craftsmanship to product inspection and after-sales service—we have set up rigorous quality control standards and measures to ensure the effective operation of our product quality system.

Case: Constant Improvement of Professional Craftsmanship through Skill 

On September 28, 2023, two craftsmen from Taihu Snow's Sewing Workshop, Jin Lin and Yang Xingrong, were awarded third place at the 11th Silk Industry Skills Competition held in Zhenze Town. The competition task was the sewing of silk pillowcases, featuring the complex technique of embedded corner piecing, a challenge especially as it was their first attempt at this craft. However, the expertise and solid professional skills of the two craftsmen led to an outstanding completion of the task. Their work was uniformly praised by the judges for both its quality and its exceptional smoothness.

At Taihu Snow, we are dedicated to designing products that are not only practical but also visually appealing. Our portfolio includes silk quilt series, bedding sets, silk accessories, and silk apparel, with ongoing efforts to expand our assortment to accommodate diverse applications such as home living, office use, travel, and weddings. We endeavor to elevate silk beyond its traditional utility as a textile, integrating it as a cultural icon in all facets of everyday life.

Taihu Snow pays close attention to groups with diverse apparel needs, keenly observing their preferences to develop items that resonate with people from different age groups and with various inclinations. We have launched a series of products specifically designed for the delicate skin of infants and toddlers. Manufactured in strict compliance with the GB 31701 Class A standards for baby products, our range features materials such as natural silk and pure cotton to meet the highest safety requirements. Additionally, we have embraced the latest active printing and dyeing techniques, ensuring you group products exceed industry standards for color fastness.

We have officially established the National Modern Sericulture Industry Technology System for High-Yield and High-Quality Varietal Improvement Test and Demonstration Base in collaboration with Professor Sima Yanghu, a leading scientist in the national modern sericulture technology. The base aims at harnessing modern biotechnologies to enhance disease and pest resistance in silkworm strains while preserving their superior traits, contributing to the security and sustainable utilization of silkworm resources.

Hosted and participated in the research work of 5 National Science Foundation projects, engaged in 3 projects under National Basic Research Program (973 Program) and the National High-Tech Research and Development Program (864 Progam), and ledor participated in over 15 projects at the provincial and ministerial levels.

Taihu Snow has appointed Professor Lu Xiaoping, a renowned sericulture expert and academician of the Chinese Academy of Engineering, as the Company's Chief Engineer for Sericulture Technology. Professor Lu Xiaoping currently leads the development of advanced intelligent sericulture technologies at Taihu Snow Smart Sericulture Demonstration Base. The intelligent data control system at the demonstration base includes systems for pest monitoring, meteorological observation, and co-cultivation room control. The co-cultivation room control system, equipped with sensors, can track and adjust environmental conditions such as temperature and humidity. This ensures that the silkworms in the co- cultivation room thrive in an optimally controlled environment. The rearing chambers in the co-cultivation room are equipped with wheels for easy mobility, allowing for stacking up to 15 layers high. This design not only saves space but also enhances space utilization. Capable of rearing at least 50 strains in each chamber, this setup plays a significant role in promoting technological advancement in the sericulture industry.

Led the Suzhou Science and Technology Bureau project and the 2010 Soochow University "211 Project," and participated in the National Natural Science Foundation project on the Cloning and Functional Study of Frost-Resistant Genes in Mulberry Trees. Contributed to 7 registered genetic sequences, and secured 5 national patents for inventions; Published over 50 research papers, including 9 papers in SC1 and EI journals.