Reicofil RF5 Spunbond
Thin, high-strength spunbond nonwovens
Reicofil RF5 Spunbond lines produce spunbond nonwovens in S, SS and SSS configurations. They allow reliable production of very lightweight, uniform, strong and soft fabrics for hygiene, medical, filtration and technical applications.
Benefits
- Basis weights of 8–13 g/m² in high quality as standard
- Filament diameter below 1 denier
- Closed process with high stability
- Energy consumption 1–1.2 kWh/kg of nonwoven
- Speed up to 1,200 m/min
- Max. specific output 270 kg/h/m
- Baby diapers
- Incontinence products
- Feminine hygiene
- Wipes
- Pads
- Absorbent pads
- Surgical masks
- Surgical drapes
- Medical packaging
- Medical filtration
- Dressings
- Protective clothing
- Air filtration
- Liquid filtration
- Industrial packaging
- Industrial filtration
- Building construction
- Road construction
- Dyke construction
- Automotive industry
- Bedding
- Upholstered seating
- Protective workwear
- House building
- Food packaging
- Apparel
- Garment packaging
- Transport packaging
- Home textiles / flooring
- Carrier bags
- Insect protection
- Agriculture
- Container liners
- PLA diapers
We supply the equipment configured for your application. In your inquiry, please state the material processed, the required throughput and the line parameters – we will prepare a tailored quotation.
Need help choosing? Call us on +420 571 647 228 or write to info@azurr-tech.cz.
Technical data
| Configuration | S, SS, SSS |
|---|---|
| Line width | 1,000, 1,600, 2,400, 3,200, 4,200, 4,400, 5,200, 5,400 mm |
| Max. conveyor belt speed | 1,200 m/min |
| Max. winder speed | 1,400 m/min |
| Max. specific output – spunbond (SB) | 270 kg/h/m |
| Max. specific output – meltblown (MB) | 70 kg/h/m |
| Basis weight | 7–70 g/m² |
| Titre – standard PP | 1.2–1.8 den (higher on request) |
| Titre – metallocene PP | 0.9–1.2 den |
| Energy consumption | 1–1.2 kWh/kg |
| Raw materials | PP, PE as standard; PET, PLA and others as options |
Description
High-quality basis weights of 8–13 g/m² are standard with the RF5 process, and the filament diameter is less than 1 denier. The result is exceptionally uniform, strong and soft nonwovens.
RF5 achieves high stability thanks to a closed process in which the filaments come into contact with ambient air only shortly before being laid down on the conveyor belt. Energy consumption is 1–1.2 kWh per kg of nonwoven produced.
Typical materials
- PP
- Metallocene PP
- PE
- PET (optional)
- PLA (optional)
