D-TEX Ultra-Fine Microfiber Woven Cleanroom Wipes are engineered for precision cleaning environments that demand exceptionally low lint and high surface safety. Made from premium ultra-fine microfiber yarns through a woven textile process, the fabric surface is smooth, delicate, and non-abrasive. Laser-sealed edges further reduce fraying and particle generation, ensuring high stability during critical cleaning tasks. With excellent solvent resistance, these wipes can be safely used with various industrial solvents, alcohols, and cleaning fluids—making them suitable for the strictest production and maintenance standards.

D-TEX SMS nonwoven material is a high-performance composite structure combining the advantages of Spunbond (S), Meltblown (M), and Spunbond (S) layers. Engineered for durability, filtration, and softness, this material is widely used in medical protection, industrial hygiene, personal care, and professional cleaning applications.

D-TEX SS nonwoven material is a double-layer Spunbond–Spunbond (SS) polypropylene fabric known for its high tensile strength, clean production, and excellent uniformity. With enhanced softness and durability compared to single-layer spunbond, SS material is widely used in medical hygiene, personal care, industrial packaging, and protective applications.

Our black plain-spunlaced nonwoven fabric is made from premium black viscose and polyester fibers, offering uniform web formation, clean and lint-free performance, excellent absorbency, stable color, and reliable strength for beauty, garment, and automotive applications.

D-TEX Spunlace Towel Roll is designed for professional environments that require exceptional softness, strong absorbency, and hygienic single-use performance. Made from 100% viscose, premium skin-friendly touch, making it a trusted choice for beauty salons, spas, hotels, and restaurant care.

D-TEX introduces its premium colored microfiber spunlace nonwoven material, made from a 70% PET and 30% PA6 bicomponent structure. Through high-pressure hydroentanglement, the fibers are split into ultrafine filaments and bonded into a dense, uniform, three-dimensional web structure. This advanced process delivers exceptional performance across both industrial and high-end consumer applications. In addition to standard white, the material can be custom-colored to match customer specifications—an ideal feature for applications requiring visual management, branding, or functional zoning.

The D-TEX 70% PET / 30% PA6 bicomponent microfiber spunlace nonwoven is a high-performance material engineered with an ultra-fine, densely entangled 3D structure. Through advanced hydroentanglement, the bicomponent fibers are efficiently split into superfine filaments, forming a soft, uniform, and exceptionally clean nonwoven fabric. With basis weights ranging from 35 gsm to 220 gsm, this material is versatile enough for both consumer and industrial applications—including facial sheet masks, premium wiping cloths, high-precision protective packaging, anti-mite materials, artificial leather substrates, and automotive interior components.

D-TEX offers a fully dyed viscose/polyester blended spunlace nonwoven, featuring a smooth plain-pattern surface and excellent fabric uniformity. With stable quality, rich color options, and versatile performance, this material is widely used for household cleaning wipes, food-service wiping cloths, personal care products, and general-purpose dry wipes.

Product Description D-TEX LCD Roll Wipes are specially designed for precision cleaning in the semiconductor and display manufacturing industries. Made from high-quality woodpulp polyester spunlace nonwoven or microfiber nonwoven fabric, the product combines excellent absorbency with superior cleanliness, making it ideal for wiping delicate surfaces without leaving residues or fibers. The material is processed through advanced hydroentanglement technology to ensure a strong fiber structure, lint-free performance, and excellent dry and wet strength. It is suitable for both industrial and cleanroom-grade applications.