Recycled polymers

The UNI 10667-9: 2011 standard is applied to secondary raw plastic materials derived from the post-consumed recycled of PET containers and it defines the requirements and test methods for R-PET for sheet  and leaves production.


UNI 10667-8: 2011 is applied to secondary raw plastic materials derived from the recycled post-consumed of PET containers  and it defines the requirements and test methods for R-PET for the production of blown items.


UNI 10667-7: 2011 is applied to secondary raw plastic materials derived from the post-consumed recycled of PET containers and it defines the requirements and test methods for R-PET for fiber production.

The UNI 10667-15: 2011 standard is applied to R-PET derived from post-consumed industrial waste mechanical recycled residues of chemical depolymerization.

UNI 10667-10: 2012 is applied to raw-secondary raw plastic materials derived from post-consumed recycled industrial wastes and it defines the requirements and test methods for Crystal Polystyrene (R-PS) and high impact streght polystyrene (R-HIPS) for different uses.

UNI 10667-14: 2012 is applied to secondary raw plastic materials derived from rthe post-consumed recycled R-PS and it defines test methods for polystyrene foam.

UNI 10667-18: 2001 is applied to secondary raw plastic materials obtained from the recycled post-consumed industrial residues and it defines the requirements and test methods of heterogeneous mixtures based on recycled polyolefins to be used alone or in combination with other materials for the production of non-conventional liquid and/or gaseous fuels by thermal and/or catalytic conversion (or other equivalent technology).


UNI 10667-3: 2011 is applies to secondary raw plastric materials from recycled post-consumed industrial waste and it defines the requirements and test methods for Polypropylene (R-PP) for different uses.

UNI 10667-2: 2010 is applies to secondary raw plastic materials from recycled post-consumed industrial post-consumer residues and it defines the requirements and test methods for Polyethylene (R-PE) used for different uses.

UNI 10667-17: 2012 applies to primary-secondary plastics - Mixtures of heterogeneous plastic materials based on polyolefins from the recicled post consumed industrial residues for blast furnace reduction processes.

UNI 10667-16: 2015 standard is applies to primary-secondary plastics - Mixtures of heterogeneous plastic materials based on polyolefins from the recycled post-consumed industrial residues for various processing technologies.

UNI 10667-11: 2009 is applied to plastic recycled plastics - Polyethylene and copolymers from sheets and films for different uses for agriculture applications.

The standard UNI 10667-4: 2011 is applied to raw plastic materials derived from the recycled post consumed industrial residues of liquid containers and it defines the requirements and test methods for polyvinylchloride (R-PVC) implemented for different uses. 

 
The UNI 10667-5: 2012 standard is applied to raw plastic materials derived from secondary and/or recycled post-consumed industrial residues and it defines the requirements and test methods for plasticised polyvinylchloride (R PVC-P) used for different uses.

 
UNI 10667-6: 2011 is applied to secondary raw plastic materials from the recycled post-consumed industrial residures of unplasticized or rigid polyvinylchloride (eg pipes, fittings, windows, roller blinds and curtains, decorations, finishes etc. .) and it defines the requirements and test methods for R-PVC for different uses.

No.5A moisture content
Determination of relative humidity content ranging from 0.25% to 5% by weight depending on the grinding degree requirements (RZC, RZD or RZG).

N.5B_contenuto of fiber
Determination of fiber content that is obtained by calcination under conditions reported in UNI ISO 1172 ranging from 5% to 50% by weight depending on the grinding degree requirements (RZC, RZD or RZG).