plasticized and designed for extrusion of large pipe as used in Oil and Gaz applications. This grade does not contain any lubricant. The percentage of renewable carbon according to ASTM D 6866 (calculated) is >89%.

Rilsan® BESNO P40 TLX resin is a polyamide 11 produced from a renewable source. This natural grade is plasticized and designed for extrusion of large pipe as used in Oil and Gaz applications. The percentage of renewable carbon according to ASTM D 6866 (calculated) is >89%.

Rilsan® BESNO P40 W6 TL resin is a polyamide 11 produced from a renewable source. This grade is plasticized and designed for extrusion. This grade is classified as Halogen Free Flame Retardant (HFFR). The percentage of renewable carbon according to ASTM D 6866 (calculated) is >79%.

Rilsan® BESNO P400 TL NL resin is a polyamide 11 produced from a renewable source. This natural grade is plasticized and designed for extrusion.

Rilsan® BESNO TL NB resin is a polyamide 11 produced from a renewable source. This natural grade is designed for extrusion and it does not contain any optical brightener. The percentage of renewable carbon according to ASTM D 6866 (calculated) is >98%.

Rilsan® BESNO TL resin is a polyamide 11 produced from a renewable source. This natural grade is designed for extrusion. The percentage of renewable carbon is 96% (calculated value, based on ASTM D6866).

Rilsan® BESVO A FDA resin is a polyamide 11 produced from a renewable source. This natural grade, dedicated to extrusion, contains a negligible amount of oligomers and is specially designed for food contact applications. The percentage of renewable carbon according to ASTM D 6866 (calculated) is 100%.

Rilsan® BESVO A MED resin is a polyamide 11 produced from a renewable source. This natural grade, dedicated to extrusion, contains a negligible amount of oligomers. Rilsan® BESVO A MED resin offers the highest quality and it is specially designed to meet the stringent requirements of the medical applications such as minimally invasive devices. Upon request letters regarding USP Class VI compliance can be provided. The percentage of renewable carbon according to ASTM D 6866 (calculated) is 100%.

Rilsan® BMN BLACK TLD resin is a polyamide 11 produced from a renewable source. This black grade is designed for injection molding. The percentage of renewable carbon according to ASTM D 6866 (calculated) is >94%.

Rilsan® BMN G8 TLDA resin is a polyamide 11 produced from a renewable source. This grade is designed for injection molding with improved friction properties and approuved for drinking water contact : WRAS (UK). The percentage of renewable carbon according to ASTM D 6866 (calculated) is >94%.

Rilsan® BMN Y TLD resin is a polyamide 11 produced from a renewable source. This grade is "self-lubricated" and designed for injection molding. The percentage of renewable carbon according to ASTM D 6866 (calculated) is >98%.

Rilsan® BMNO MED resin is a polyamide 11 produced from a renewable source. This natural grade dedicated to injection offers the highest quality and it is specially designed to meet the stringent requirements of the medical applications such as minimally invasive devices. Upon request letters regarding USP Class VI compliance can be provided. The percentage of renewable carbon according to ASTM D 6866 (calculated) is 100%.

Rilsan® BMNO P20 TLD resin is a polyamide 11 produced from a renewable source. This natural grade is plasticized and designed for injection molding. The percentage of renewable carbon according to ASTM D 6866 (calculated) is >92%.

Rilsan® BMNO P40 TLD resin is a polyamide 11 produced from a renewable source. This natural grade is plasticized and designed for injection molding. The percentage of renewable carbon according to ASTM D 6866 (calculated) is >88%.

Rilsan® BMNO SG FILAGE resin is a polyamide 11 produced from a renewable source. This natural grade is particularly suitable for textile applications. The percentage of renewable carbon measured according to ASTM D6866 is 98%.

Rilsan® BMNO TLD resin is a polyamide 11 produced from a renewable source. This natural grade is designed for injection molding. The percentage of renewable carbon according to ASTM D 6866 (calculated) is >97%.

Rilsan® BMNO resin is a polyamide 11 produced from a renewable source. This natural grade contains no additive and is specially designed for food contact application. The percentage of renewable carbon measured according to ASTM D6866 is 98%.

Rilsan® BMV WHITE 5 P20 D resin is a polyamide 11 produced from a renewable source. This white coloured grade is platicized and designed for injection molding. The percentage of renewable carbon according to ASTM D 6866 (calculated) is >89%.

Rilsan® BMVO TLD resin is a polyamide 11 produced from a renewable source. This natural grade is designed for injection molding. The percentage of renewable carbon according to ASTM D 6866 (calculated) is >99%.

Rilsan® BSR 30 resin is a polyamide 11 produced from a renewable source. Light and rigid, this grade is carbon fiber reinforced and designed for injection molding. The percentage of renewable carbon is 60% (calculated value, based on ASTM D6866).

Rilsan® BUM 30 BLACK resin is a glass bead reinforced polyamide 11 produced from a renewable source. The incorporation of glass beads yields a virtually isotropic reinforced product. This black grade is dedicated to injection molding. The percentage of renewable carbon according to ASTM D 6866 (calculated) is >95%.

Rilsan® BUM 30 O resin is a glass bead reinforced polyamide 11 produced from a renewable source. The incorporation of glass beads yields a virtually isotropic reinforced product. This natural grade dedicated to injection is specially designed for drinking water application: WRAS (UK). The percentage of renewable carbon according to ASTM D 6866 (calculated) is >97%.

Rilsan® BZM 23 G9 is a fiberglass reinforced polyamide 11 produced from a renewable source. This black grade with improved friction properties is designed for injection molding. The percentage of renewable carbon according to ASTM D 6866 (calculated) is >86%.

Rilsan® BZM 30 BLACK TL is a fiberglass reinforced polyamide 11 produced from a renewable source. This black grade is designed for injection molding. The percentage of renewable carbon according to ASTM D 6866 (calculated) is >95%.

Rilsan® BZM 30 O TL is a fiberglass reinforced polyamide 11 produced from a renewable source. This natural grade is designed for injection molding. The percentage of renewable carbon is 98% (calculated value, based on ASTM D6866).

Rilsan® BZM 7 O TL is a fiberglass reinforced polyamide 11 produced from a renewable source. This natural grade is designed for injection. The percentage of renewable carbon is 89% (calculated value, based on ASTM D6866).

Rilsan® BZM 8 O T3L is a fiberglass reinforced polyamide 11 produced from a renewable source. This natural grade is designed for injection. This grade has been engineered and stabilized to improve color stability. The percentage of renewable carbon is 97% (calculated value, based on ASTM D6866). Note that this document is a temporary technical data sheet.

Rilsan® BZM 8 O TL is a fiberglass reinforced polyamide 11 produced from a renewable source. This natural grade is designed for injection. The percentage of renewable carbon according to ASTM D 6866 (calculated) is >97%.

RILSAN® D30 NAT is a polyamide 11 powder obtained from renewable resources with an average diameter of 21 - 27 µm. RILSAN® D is a range of high performance fine polyamide powders used as multifunctional additives in coatings and varnishes. The introduction of RILSAN® polyamide powders in formulations is easy thanks to their good dispersion capacity, their reduced Impact on rheology and their low density. RILSAN® polyamide powders are surface modifiers, specifically designed for texture creation. Abrasion, scratch, impact resistances and flexibility of coatings, inks and varnishes can be significantly improved using RILSAN® polyamide powders.

RILSAN® D40 NAT is a polyamide 11 powder obtained from renewable resources with an average diameter of 27 - 31 µm. RILSAN® D is a range of high performance fine polyamide powders used as multifunctional additives in coatings and varnishes. The introduction of RILSAN® polyamide powders in formulations is easy thanks to their good dispersion capacity, their reduced Impact on rheology and their low density. RILSAN® polyamide powders are surface modifiers, specifically designed for texture creation. Abrasion, scratch, impact resistances and flexibility of coatings, inks and varnishes can be significantly improved using RILSAN® polyamide powders.

RILSAN® D50 NAT is a polyamide 11 powder obtained from renewable resources with an average diameter of 40 - 46 µm. RILSAN® D is a range of high performance fine polyamide powders used as multifunctional additives in coatings and varnishes. The introduction of RILSAN® polyamide powders in formulations is easy thanks to their good dispersion capacity, their reduced Impact on rheology and their low density. RILSAN® polyamide powders are surface modifiers, specifically designed for texture creation. Abrasion, scratch, impact resistances and flexibility of coatings, inks and varnishes can be significantly improved using RILSAN® polyamide powders.

RILSAN® D60 NAT is a polyamide 11 powder obtained from renewable resources with an average diameter of 43 - 55µm. RILSAN® D is a range of high performance fine polyamide powders used as multifunctional additives in coatings and varnishes. The introduction of RILSAN® polyamide powders in formulations is easy thanks to their good dispersion capacity, their reduced Impact on rheology and their low density. RILSAN® polyamide powders are surface modifiers, specifically designed for texture creation. Abrasion, scratch, impact resistances and flexibility of coatings, inks and varnishes can be significantly improved using RILSAN® polyamide powders.

RILSAN® D80 NAT is a polyamide 11 powder obtained from renewable resources with an average diameter of 95 - 105µm. RILSAN® D is a range of high performance fine polyamide powders used as multifunctional additives in coatings and varnishes. The introduction of RILSAN® polyamide powders in formulations is easy thanks to their good dispersion capacity, their reduced Impact on rheology and their low density. RILSAN® polyamide powders are surface modifiers, specifically designed for texture creation. Abrasion, scratch, impact resistances and flexibility of coatings, inks and varnishes can be significantly improved using RILSAN® polyamide powders.

Rilsan® 5158 Grey Fluid Bed Powder Rilsan® fluid bed powders are thermoplastic polyamides obtained from renewable resources. Outstanding characteristics: abrasion resistance, corrosion resistance, impact resistance, sound reduction, flexibility, low coefficient of friction.

Rilsan® 5229 Blue Fluid Bed Powder Rilsan® fluid bed powders are thermoplastic polyamides obtained from renewable resources. Outstanding characteristics: abrasion resistance, corrosion resistance, impact resistance, sound reduction, flexibility, low coefficient of friction.

Rilsan® 5510 Grey Fluid Bed Powder Rilsan® fluid bed powders are thermoplastic polyamides obtained from renewable resources. Outstanding characteristics: abrasion resistance, corrosion resistance, impact resistance, sound reduction, flexibility, low coefficient of friction.

Rilsan® 5553 Blue Fluid Bed Powder Rilsan® fluid bed powders are thermoplastic polyamides obtained from renewable resources. Outstanding characteristics: abrasion resistance, corrosion resistance, impact resistance, sound reduction, flexibility, low coefficient of friction.

Rilsan® 5740 Light Beige Fluid Bed Powder Rilsan® fluid bed powders are thermoplastic polyamides obtained from renewable resources. Outstanding characteristics: abrasion resistance, corrosion resistance, impact resistance, sound reduction, flexibility, low coefficient of friction.

Rilsan® 5852 Brown Fluid Bed Powder Rilsan® fluid bed powders are thermoplastic polyamides obtained from renewable resources. Outstanding characteristics: abrasion resistance, corrosion resistance, impact resistance, sound reduction, flexibility, low coefficient of friction.