GENERAL CHARACTERISTICS
Ramina designs and manufactures complete spunbond PP lines for products destined to the hygiene, medical and automotive industries, geotextiles and other industrial applications from 100% PP.
RAW MATERIALS
- Virgin PP chips
- Recycled PP chips
PRODUCTS AND APPLICATION AREAS
AUTOMOTIVE: seat components, linings
SANITARY AND MEDICAL: bedding for hospitals, surgical drapes and bandages, surgical gowns, gauzes, curtains, caps, pillow covers, gloves, face masks, shoe covers
HYGIENIC: baby and adult diapers, various feminine hygiene products, tampons, face wipes, slippers
PACKAGING: carrier bags, shoppers, medical sterile packaging, rice bags, seed bags, tea and coffee bags, bags for fertilizers, flour, wheat, sugar, cement, protective packing, flower wrapping
AGRICULTURE: hobby gardening, hot and cold air piping, garden covering material, protective material from agriculture vermin, protective material from heavy rain and overheating, ropes and twines, crop covers, turf protection, weed-control fabrics, root bags, containers, matting, other types of covers
FURNITURE UPHOLSTERY: pillow sofa, mattress lining, mattress internal layer protection, spring pockets, table-cloths, carpets, curtains, bedsheets, wipes/napkins
SHOES AND GARMENTS: shoe heels, cleaning, internal shoe-linings, patchwork for garments, dust covers, outdoor applications, coveralls, pillow cases, airline headrests, interlinings, clothing and glove insulation, bra and shoulder padding, protective clothing
TECHNICAL FILTERS: air filtration, humidity filtration
PLANT DATA
- Working width: up to 5500 mm
- Production capacity: over 10000 ton/year
- Basic Weight: 10 - 100 g/m2
BUILDING REQUIREMENTS (RECOMMENDED)
- Production area: 2500 m2
- Free height: 15 m for spinning area - 7m for finishing and auxiliaries area
- Raw materials warehouse: 700 m2
- Finished product warehouse: 700 m2
THE PROCESS
The spunbonding process allows to obtain nonwovens from thermoplastic polymers through the following production steps:
- Polymer storage, loading and dosage
- Crystallization and drying
- Extrusion and filtration
- Spinning into multifilaments
- Filament quenching and stretching with compressed-air ejectors
- Distribution of filaments and web formation
- Thermobonding by calendering
- Slitting, crosscut and winding
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