CornLeaf | RadiciGroup

Chemicals

PA6 and PA66 polymers with related chemical intermediates.

RadiPol®

PA6 and PA66 polymers.

RadiChem®

Adipic and Nitric Acid - HMDA - Dicarboxylic Acid Mixture (AGS) - KAOil - Esters.

Fibres

PA yarn and staple fibre - PET yarn and microfibre (also flame retardant) - PBT yarn - PES/PA two-component yarn - PES/PA, PES/PP and PES/PES bicomponent yarn - PA 6, PA 66 and PP BCF yarns - PA66 high-tenacity yarn - acrylic fibre and staple fibre - elastane (spandex) fibre - PP, PE and PA yarns for synthetic turf.

Radilon®

PA 6 and PA 66 textile yarn – PA 6 staple fibre.

Starlight®

PET yarns.

Micralon®

PA/PET bicomponent yarn.

Radifloor®

PA6, PA66 and PP BCF yarns.

MiCrell®

PET microfiber.

Starlight® feel

PET bacteriostratic yarn nano-structured yarn.

Raditeck®

PA66 high-tenacity yarn.

Crylor®

Acrilyc fibre and acrylic staple fibre.

RadElast®

Elastane (spandex) fibres.

Radigreen®

PP, PE and PA yarns for synthetic turf.

Radyarn®

PET yarn - available also with Flame Retardant properties.

Cornleaf®

Solution-dyed bacteriostatic PLA biopolymer yarn.

dorix®

PA 6 staple and textile yarn.

Dylar®

PP spunbond nonwoven fabrics.

Plastics

Polyamides, polyacetals, polyesters (also Flame Retardant) and thermoplastic elastomers.

Radilon®

PA6 and PA66 polymers and copolymers.

Radiflam®

PA and PET flame retardant engineering plastics.

Radilene®

Polyethylene compound.

Raditer®

PET-based thermoplastics.

Heraflex®

Thermoplastic elastomers.

Heramid®

Line of post-industrial PA6 and PA66 products.

Heraform®

Line of polycarbonate (PC) based products blended with either ABS, PET, or PBT.

Radiblend®

Line of polyacetal (POM) copolymer products.

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CornLeaf yarn safeguards the environment and saves water

The PLA polymer environmental footprint associated with CO2 emissions during PLA production is very small compared to the footprints of all the other synthetic fibres.

Notes - Ingeo: Vink E.T.H. and all. The eco-profiles for current and near-future NalureWorks® poIyIactide (PLA) production. Industrial Biotechnology, Volume3, Number1, 2007, Page58-al. - Fossil based polymers: PlasticsEurops; www.lca.plasticseurope.org - GWP100 Factors [Global Warming Potential] according to IPCC (CO2=1, CH4=23, N20=296).

Still another advantage is that PLA polymer production consumes less energy.

Radici Partecipazioni SpA C.F. e P.IVA 00644560161

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