Defence
Ducting for the defence industry: truly safe and reliable
Dust extraction systems play a vital role in the textile industry by protecting worker health, safeguarding equipment, and maintaining product quality. Textile processes such as spinning, weaving, and finishing generate large amounts of fine fibres and airborne particulate matter, which can lead to respiratory issues like asthma, bronchitis, and COPD if not properly controlled. In addition, accumulated dust can increase fire hazards and contribute to machinery malfunction and downtime, reducing overall operational efficiency.
Effective dust extraction ensures consistent airflow and cleaner air quality on the production floor, helping prevent contamination of textiles and supporting compliance with occupational safety regulations. By removing harmful dust at the source, these systems create a safer, more productive, and more reliable manufacturing environment.
Critical dust extraction points in the defence industry:
- Opening, blending, carding & drawing machines release large volumes of cotton, wool, and synthetic fibres, creating airborne lint and fine particulate clouds that require local exhaust extraction.
- Spinning & ring‑spinning stations create a continuous stream of lightweight flying fibres and lint, which can contaminate equipment, reduce airflow efficiency, and increase inhalation risks if not captured at the source.
- Weaving & knitting machines release fine fibrous dust because of the friction between the machine surfaces and yarn. These deposits increase fire risk and disrupt machine performance.
- Finishing, dyeing, printing & drying units These areas generate dust, dye particles, and chemical residues that become airborne during thermal or chemical processes. Without proper extraction, contamination and respiratory risks rise significantly.
- Packaging, baling & sewing areas stir up fibber‑laden air, causing spread of textile dust throughout the facility. Extraction here prevents material contamination and reduces overall dust loading.
