In-depth guides on nonwoven production lines, machinery and processes — plus the latest news from Vina Nonwoven.
There is no fixed price for a nonwoven production line — cost varies with fabric width, capacity, level of automation, technology, new-or-used machines and component origin. This guide explains each factor and how to get an accurate figure for your plant.
To start a nonwoven fabric plant you need a complete line of six machine groups: fiber opening & blending, carding, cross-lapping, needle-punching (or spunbond), calendering and winding. This guide explains what each machine does and where to buy in Vietnam.
You can buy a nonwoven production line in Vietnam through Vina Nonwoven — the distributor for Zhentai, Huayang, Yongxing and White Shark, supplying new machines, inspected used lines, spare parts, and nationwide installation and maintenance.
Choose the technology by your end product: needle-punch for thick, mechanically strong fabric; spunbond for thin, even, high-throughput fabric. This guide compares the two and helps you pick the right one for your plant.
The carding feeder sets fiber-web evenness and GSM stability in needle-punch lines: how it works, common faults, and fixes for consistent output.
The needle board drives precision and lifespan in a needle-punch line: structure, next-gen composite materials, common failures, and correct maintenance.
5 common needle-punch defects — broken needles, rough surface, tearing, low strength, vibration — causes and fixes for each, for stable quality.
The Cross Lapper drives uniformity and strength in needle-punch nonwoven fabric. Learn how it works, its common faults, and how to optimize it.
Card clothing shapes web quality in needle-punch lines: what it does, how each roller is built, key technical specs, and how to choose and maintain it right.
A complete walkthrough of the 9-step Needle Punching process and core equipment for producing needle-punch nonwoven fabric, from fiber prep to finished roll.
A clear breakdown of Spunbond line structure, operating principle, applications, and specs — the foundation for choosing the right equipment and running it efficiently.