Verbatim 3d printer filament pp 1.75mm, 231m, 500g natural

TECHNICAL SPECIFICATIONS Diameter Tolerance ± 0.05 mm Extrusion temperature 200 - 240 °C Material Net Weight 500 g Color transparent Filament Length 1.75 mm - 233 m, 2.85 mm - 88 m Density 0.89 g/ cm3 Flexural Modulus 350 MPa Flexural Strength 14 MPa Tensile Strength 14 MPa Impact Strength (Charpy) 10 kJ/m2 Tensile Elongation > 200 % Durometer Hardness Durometer Hardness Vicat softening temperature 115 °C Printing speed 30mm/s High quality Polypropylene (PP) filamentTo be used in widely available Fused Fabrication Filament (FFF) printersVery good heat resistanceSuitable for food packaging, medical applications, IT equipment and other applications that require softness and heat resistanceA long-standing staple of plastic containers, Polypropylene (PP) 3D print filament enables you to create durable, flexible, transparent, heat- and chemical-resistant containers for food packaging, medical equipment, IT kit and other appliances.It requires a heated print bed of around 100°C and is ideal for objects that require softness, transparency and heat resistance. (patro.cz)

Vlákno Verbatim BVOH 1.75 mm - priehľadné Vysokokvalitný nosný materiál rozpustný vo vode, ktorý sa môže používať s množstvom rôznych polymérov a ľahko sa rozpúšťa v studenej vode. Tento ekologický materiál poskytuje podporu pri tlači objektov s presahmi alebo obzvlášť zložitých štruktúr. Spoločnosť Verbatim BVOH štandardne dodržiava najprísnejšie kontroly kvality, čím zabezpečuje vynikajúce vlastnosti pri vytváraní vrstiev a priľnavosť. Funkcie Butendiol-vinylalkoholový kopolymér (BVOH) na vytláčanie materiálov Nosný materiál rozpustný vo vode Odpad možno likvidovať spolu s odpadovými vodami z domácností** Vynikajúce lepidlo na tvorbu vrstiev, emulgátor, lepidlo Najlepšie v kombinácii s materiálmi ABS, PLA a PET Citlivosť na svetlo a UV žiarenie Vysoká rozpustnosť Hlavné aplikácie: Podporný materiál pre vlákna, tlačové projekty s presahmi alebo zložitými objektmi **>20-násobok hmotnosti vody k tomuto materiálu potrebnej na likvidáciu (t. j.e >20cc vody na 1g BVOH) s maximálnym množstvom 2kg BVOH denne. Ak sa má denne použiť viac BVOH, bude potrebné profesionálne čistenie organických odpadových vôd. TECHNICKÉ ŠPECIFIKÁCIE Presnosť priemeru 1.75 mm ± 0.07 mm Čistá hmotnosť materiálu 0.5 kg Dĺžka vlákna 182 m Teplota topenia 176 °C Prietok taveniny pri 230 °C, 21.1N 7.5 g/(10 minút) Hustota 1.14 g/cm3 Teplota mäknutia Viscat 92 °C Teplota sklovitého prechodu 68 °C Pevnosť v ohybe 71 MPa Modul pružnosti v ohybe 2900 MPa Pevnosť v ťahu 45 MPa Pružnosť v ťahu 9.0% ROZMERY CIEVKY Priemer cievky 200 mm Hĺbka cievky 72 mm Priemer náboja 102 mm Priemer otvoru v náboji 51 mm ODPORÚČANÉ NASTAVENIE TLAČIARNE Teplota vytláčania 210±10 °C Teplota lôžka 60 °C Rýchlosť tlače 30 mm/s . (patro.cz)

TECHNICAL SPECIFICATIONS Diameter 1.75 mm ± 0.05 mm Roundness >95% RAL 9003 Weight 500 g Color white MATERIAL PROPERTIES Density 1.31 g/cm3 (Test method: ISO 1183) MVR 230°C/2.16 kg 10 cm3/10min (ISO 1133) MFR 230°C/2.16 kg 13 gr/10 min (Test method: ISO 1133) Elongation at break 130% (Test method: ISO 527) Tensile strength 64 MPa (Test method: ISO 527) Tensile modulus 2300MPa (Test method: ISO 527) Flexural modulus 2100MPa (Test method: ISO 178) Flexural strength 94 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 9 kJ/m2 (Test method: ISO 179) Moisture absorption 0.2% (Test method: MCC Method) Coefficient of linear thermal expansion (-20 80°C) 7.3E-05 (Test method: ISO 11359-2) Heat deflection temperature 1.80 MPa 82°C (Test metod: ISO 75-1) Transparency 2% (Test method: ISO 13468) RECOMMENDED PRINTER SET UP Extrusion temperature 225 - 245°C Melting temperature 235°C Bed temperature 85°C Printing speed 50 mm/s Fan speed (can be changed to 0% is the model is warping) 10% (patro.cz)

TECHNICAL SPECIFICATIONS Diameter 2.85 mm ± 0.10 mm Roundness >95% RAL 9003 Weight 500 g Color white MATERIAL PROPERTIES Density 1.31 g/cm3 (Test method: ISO 1183) MVR 230°C/2.16 kg 10 cm3/10min (ISO 1133) MFR 230°C/2.16 kg 13 gr/10 min (Test method: ISO 1133) Elongation at break 130% (Test method: ISO 527) Tensile strength 64 MPa (Test method: ISO 527) Tensile modulus 2300MPa (Test method: ISO 527) Flexural modulus 2100MPa (Test method: ISO 178) Flexural strength 94 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 9 kJ/m2 (Test method: ISO 179) Moisture absaorption 0.2% (Test method: MCC Method) Coefficient of linear thermal expansion (-20 80°C) 7.3E-05 (Test method: ISO 11359-2) Heat deflection temperature 1.80 MPa 82°C (Test metod: ISO 75-1) Transparency 2% (Test method: ISO 13468) RECOMMENDED PRINTER SET UP Extrusion temperature 225 - 245°C Melting temperature 235°C Bed temperature 85°C Printing speed 50 mm/s Fan speed (can be changed to 0% is the model is warping) 10% (patro.cz)

TECHNICAL SPECIFICATIONS Diameter 1.75 mm ± 0.05 mm Roundness >95% RAL N/A Weight 500 g Color transparent MATERIAL PROPERTIES Density 1.31 g/cm3 (Test method: ISO 1183) MVR 230°C/2.16 kg 10 cm3/10min (ISO 1133) MFR 230°C/2.16 kg 13 gr/10 min (Test method: ISO 1133) Elongation at break 130% (Test method: ISO 527) Tensile strength 64 MPa (Test method: ISO 527) Tensile modulus 2300MPa (Test method: ISO 527) Flexural modulus 2100MPa (Test method: ISO 178) Flexural strength 94 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 9 kJ/m2 (Test method: ISO 179) Moisture absorption 0.2% (Test method: MCC Method) Coefficient of linear thermal expansion (-20 80°C) 7.3E-05 (Test method: ISO 11359-2) Heat deflection temperature 1.80 MPa 82°C (Test metod: ISO 75-1) Transparency 2% (Test method: ISO 13468) RECOMMENDED PRINTER SET UP Extrusion temperature 225 - 245°C Melting temperature 235°C Bed temperature 85°C Printing speed 50 mm/s Fan speed (can be changed to 0% is the model is warping) 10% (patro.cz)

TECHNICAL SPECIFICATIONS Diameter 2.85 mm ± 0.10 mm Roundness >95% RAL 9005 Weight 500 g Color black MATERIAL PROPERTIES Density 1.31 g/cm3 (Test method: ISO 1183) MVR 230°C/2.16 kg 10 cm3/10min (ISO 1133) MFR 230°C/2.16 kg 13 gr/10 min (Test method: ISO 1133) Elongation at break 130% (Test method: ISO 527) Tensile strength 64 MPa (Test method: ISO 527) Tensile modulus 2300MPa (Test method: ISO 527) Flexural modulus 2100MPa (Test method: ISO 178) Flexural strength 94 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 9 kJ/m2 (Test method: ISO 179) Moisture absorption 0.2% (Test method: MCC Method) Coefficient of linear thermal expansion (-20 80°C) 7.3E-05 (Test method: ISO 11359-2) Heat deflection temperature 1.80 MPa 82°C (Test metod: ISO 75-1) Transparency 2% (Test method: ISO 13468) RECOMMENDED PRINTER SET UP Extrusion temperature 225 - 245°C Melting temperature 235°C Bed temperature 85°C Printing speed 50 mm/s Fan speed (can be changed to 0% is the model is warping) 10% (patro.cz)

TECHNICAL SPECIFICATIONS Diameter Tolerance ± 0.05 mm Extrusion temperature 200 - 240 °C Material Net Weight 500 g Color transparent Filament Length 1.75 mm - 233 m, 2.85 mm - 88 m Density 0.89 g/ cm3 Flexural Modulus 350 MPa Flexural Strength 14 MPa Tensile Strength 14 MPa Impact Strength (Charpy) 10 kJ/m2 Tensile Elongation > 200 % Durometer Hardness Durometer Hardness Vicat softening temperature 115 °C Printing speed 30mm/s High quality Polypropylene (PP) filamentTo be used in widely available Fused Fabrication Filament (FFF) printersVery good heat resistanceSuitable for food packaging, medical applications, IT equipment and other applications that require softness and heat resistanceA long-standing staple of plastic containers, Polypropylene (PP) 3D print filament enables you to create durable, flexible, transparent, heat- and chemical-resistant containers for food packaging, medical equipment, IT kit and other appliances.It requires a heated print bed of around 100°C and is ideal for objects that require softness, transparency and heat resistance.. (cdrmarket.cz)

TECHNICAL SPECIFICATIONS Diameter accuracy 2.90 mm ± 0.03 mm 1.75 mm ± 0.02 mm Extrusion temperature 200 - 220 °C Material Net Weight 1.00 kg Color red Filament Length 119 m (for 2.85 thickness), 334 m (for 1.75mm thickness) Density 1.24 g/cm3 Melting Point 155 - 170 °C Tensile strength 15 - 21 kpsi Tensile modulus 500 - 550 kpsi (patro.cz)

Features Strong, high clarity, odour neutral and easy-to-print filament High impact strength Excellent flexibility Almost no warping or shrinkage Hydrophobic (does not absorb water) Food packaging grade pellets used Main applications: Concept modelling for mechanics, medical, food containers, transparent objects. TECHNICAL SPECIFICATIONS Diameter 2.85 mm ± 0.10 mm Roundness >95% RAL N/A Weight 1000 g Color transparent MATERIAL PROPERTIES Specific gravity 1.27g/cc (Test method: ISO 1183) MFR 190°C/2.16 kg 6.4 gr/10 min (Test method: ISO 1133) Tensile strength at yield 50 mPa Strain at yield 5% (Test method: ISO 527) Strain at break 23% (Test method: ISO 527) Tensile modulus 2020 MPa (Test method: ISO 527) Flexural modulus 2050 MPa (Test method: ISO 178) Flexural strength 69 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 8.1 kJ/m2 (Test method: ISO 179) Rockwell Hardness 105 (Test method: ASTM D785) Moisture absorption 1104 ppm (Test method: ISO 62) Printing temperature 240±10°C Heat deflection temperature 70°C (Test metod: ASTM 648) Transparency 90% (Test method: ASTM D1003) (patro.cz)

Features Strong, high clarity, odour neutral and easy-to-print filament High impact strength Excellent flexibility Almost no warping or shrinkage Hydrophobic (does not absorb water) Food packaging grade pellets used Main applications: Concept modelling for mechanics, medical, food containers, transparent objects. TECHNICAL SPECIFICATIONS Diameter 2.85 mm ± 0.10 mm Roundness >95% RAL 5002 Weight 1000 g Color blue MATERIAL PROPERTIES Specific gravity 1.27g/cc (Test method: ISO 1183) MFR 190°C/2.16 kg 6.4 gr/10 min (Test method: ISO 1133) Tensile strength at yield 50 mPa Strain at yield 5% (Test method: ISO 527) Strain at break 23% (Test method: ISO 527) Tensile modulus 2020 MPa (Test method: ISO 527) Flexural modulus 2050 MPa (Test method: ISO 178) Flexural strength 69 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 8.1 kJ/m2 (Test method: ISO 179) Rockwell Hardness 105 (Test method: ASTM D785) Moisture absorption 1104 ppm (Test method: ISO 62) Printing temperature 240±10°C Heat deflection temperature 70°C (Test metod: ASTM 648) Transparency 90% (Test method: ASTM D1003) (patro.cz)

Features Strong, high clarity, odour neutral and easy-to-print filament High impact strength Excellent flexibility Almost no warping or shrinkage Hydrophobic (does not absorb water) Food packaging grade pellets used Main applications: Concept modelling for mechanics, medical, food containers, transparent objects. TECHNICAL SPECIFICATIONS Diameter 2.85 mm ± 0.10 mm Roundness >95% RAL 3020 Weight 1000 g Color red MATERIAL PROPERTIES Specific gravity 1.27g/cc (Test method: ISO 1183) MFR 190°C/2.16 kg 6.4 gr/10 min (Test method: ISO 1133) Tensile strength at yield 50 mPa Strain at yield 5% (Test method: ISO 527) Strain at break 23% (Test method: ISO 527) Tensile modulus 2020 MPa (Test method: ISO 527) Flexural modulus 2050 MPa (Test method: ISO 178) Flexural strength 69 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 8.1 kJ/m2 (Test method: ISO 179) Rockwell Hardness 105 (Test method: ASTM D785) Moisture absorption 1104 ppm (Test method: ISO 62) Printing temperature 240±10°C Heat deflection temperature 70°C (Test metod: ASTM 648) Transparency 90% (Test method: ASTM D1003) (patro.cz)

Features Strong, high clarity, odour neutral and easy-to-print filament High impact strength Excellent flexibility Almost no warping or shrinkage Hydrophobic (does not absorb water) Food packaging grade pellets used Main applications: Concept modelling for mechanics, medical, food containers, transparent objects. TECHNICAL SPECIFICATIONS Diameter 1.75 mm ± 0.05 mm Roundness >95% RAL 3020 Weight 1000 g Color red MATERIAL PROPERTIES Specific gravity 1.27g/cc (Test method: ISO 1183) MFR 190°C/2.16 kg 6.4 gr/10 min (Test method: ISO 1133) Tensile strength at yield 50 mPa Strain at yield 5% (Test method: ISO 527) Strain at break 23% (Test method: ISO 527) Tensile modulus 2020 MPa (Test method: ISO 527) Flexural modulus 2050 MPa (Test method: ISO 178) Flexural strength 69 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 8.1 kJ/m2 (Test method: ISO 179) Rockwell Hardness 105 (Test method: ASTM D785) Moisture absorption 1104 ppm (Test method: ISO 62) Printing temperature 240±10°C Heat deflection temperature 70°C (Test metod: ASTM 648) Transparency 90% (Test method: ASTM D1003) (patro.cz)

ABS Filament High performance Acrylonitrile Butadiene Styrene (ABS) for material extrusion (ME) High rigidity, high gloss, medium impact strength Resistant to grease Good post-printing workability Strong odour during printing Main applications: Concept modelling for building, electrical, automotive industry etc. Non-critical parts such as enclosures. TECHNICAL SPECIFICATIONS Size 2.85mm ± 0.09mm Material Net Weight 1.00 kg Color white Filament Length 149 m Density 1.05 g/cm3 Viscat softening temperature 104°C Flexural Strength 76 MPa Flexural Modulus 2.2 GPa Impact Strength (Charpy method 23°C) 21 kJ/m2 Tensile strength 47 Mpa Tensile elongation 30% RECOMMENDED PRINTER SET UP Extrusion temperature 250±10°C Bed temperature 90 °C Printing speed 30 mm/s (patro.cz)

Features High performance Polyactic Acid (PLA) for material extrusion (ME) Biopolymer derived from plants Good post-printing workability Odourless Main applications: Concept modelling for food packaging, transport containers, medical/hygienic products, housings, education. TECHNICAL SPECIFICATIONS Diameter accuracy 2.90 mm ± 0.03 mm 1.75 mm ± 0.02 mm Extrusion temperature 200 - 220 °C Material Net Weight 1.00 kg Color blue Filament Length 126 m (for 2.85 thickness) Density 1.24 g/cm3 Melt flow rate (210°C, 21.2N) 8.1 g/10min Glass transition temperature 58 °C Melt temperature 168 °C Tensile strength 63 Mpa Tensile elongation 4% (patro.cz)

Features High performance Polyactic Acid (PLA) for material extrusion (ME) Biopolymer derived from plants Good post-printing workability Odourless Main applications: Concept modelling for food packaging, transport containers, medical/hygienic products, housings, education. TECHNICAL SPECIFICATIONS Diameter accuracy 2.90 mm ± 0.03 mm 1.75 mm ± 0.02 mm Extrusion temperature 200 - 220 °C Material Net Weight 1.00 kg Color blue Filament Length 126 m (for 2.85 thickness) Density 1.24 g/cm3 Melt flow rate (210°C, 21.2N) 8.1 g/10min Glass transition temperature 58 °C Melt temperature 168 °C Tensile strength 63 Mpa Tensile elongation 4% (patro.cz)

Filament Verbatim PLA 2.85mm 1kg - strieborná PLA je ľahko tlačiteľné vlákno vyrobené z obnoviteľných rastlinných zdrojov. Materiál Verbatim PLA sa vyrába podľa špeciálnej receptúry s vysokou štandardnou kontrolou kvality. Je bez zápachu a má dobrú spracovateľnosť po tlači, čo z neho robí vynikajúci univerzálny materiál na širokú škálu aplikácií vrátane modelovania konceptov a vzdelávania. Funkcie Vysokoúčinná kyselina polymliečna (PLA) na vytláčanie materiálov Biopolymér získaný z rastlín Dobrá spracovateľnosť po tlači Bez zápachu Hlavné aplikácie: modelovanie konceptov pre obaly na potraviny, prepravné nádoby, lekárske/hygienické výrobky, kryty. Vzdelanie. TECHNICKÉ ŠPECIFIKÁCIE Presnosť priemeru 2.85 ± 0.05 mm Procesná teplota 200-220 °C Čistá hmotnosť materiálu 1.00 kg Hrubá hmotnosť materiálu 1.50 kg Dĺžka vlákna 126 m Teplota topenia 168 °C Hustota 1.24 g/cm3 Teplota sklovitého prechodu 58 °C Medz pevnosti v ťahu 63 MPa Predĺženie v ťahu 4 % Prietok taveniny (190 °C, 21.2N) 3.0 g/(10 minút) Prietok taveniny (210 °C, 21.2N) 8.1 g/(10 minút) ROZMERY CIEVKY Priemer cievky 200 mm Hĺbka cievky 72 mm Priemer náboja 102 mm Priemer otvoru v náboji 51 mm ODPORÚČANÉ NASTAVENIE TLAČIARNE Teplota vytláčania 210±10 °C Teplota lôžka 60 °C Rýchlosť tlače 30 mm/s . (patro.cz)

Features Strong, high clarity, odour neutral and easy-to-print filament High impact strength Excellent flexibility Almost no warping or shrinkage Hydrophobic (does not absorb water) Food packaging grade pellets used Main applications: Concept modelling for mechanics, medical, food containers, transparent objects. TECHNICAL SPECIFICATIONS Diameter 2.85 mm ± 0.10 mm Roundness >95% RAL - Weight 1000 g Color blue transparent MATERIAL PROPERTIES Specific gravity 1.27g/cc (Test method: ISO 1183) MFR 190°C/2.16 kg 6.4 gr/10 min (Test method: ISO 1133) Tensile strength at yield 50 mPa Strain at yield 5% (Test method: ISO 527) Strain at break 23% (Test method: ISO 527) Tensile modulus 2020 MPa (Test method: ISO 527) Flexural modulus 2050 MPa (Test method: ISO 178) Flexural strength 69 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 8.1 kJ/m2 (Test method: ISO 179) Rockwell Hardness 105 (Test method: ASTM D785) Moisture absorption 1104 ppm (Test method: ISO 62) Printing temperature 240±10°C Heat deflection temperature 70°C (Test metod: ASTM 648) Transparency 90% (Test method: ASTM D1003) (patro.cz)

Features Strong, high clarity, odour neutral and easy-to-print filament High impact strength Excellent flexibility Almost no warping or shrinkage Hydrophobic (does not absorb water) Food packaging grade pellets used Main applications: Concept modelling for mechanics, medical, food containers, transparent objects. TECHNICAL SPECIFICATIONS Diameter 1.75 mm ± 0.05 mm Roundness >95% RAL - Weight 1000 g Color red transparent MATERIAL PROPERTIES Specific gravity 1.27g/cc (Test method: ISO 1183) MFR 190°C/2.16 kg 6.4 gr/10 min (Test method: ISO 1133) Tensile strength at yield 50 mPa Strain at yield 5% (Test method: ISO 527) Strain at break 23% (Test method: ISO 527) Tensile modulus 2020 MPa (Test method: ISO 527) Flexural modulus 2050 MPa (Test method: ISO 178) Flexural strength 69 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 8.1 kJ/m2 (Test method: ISO 179) Rockwell Hardness 105 (Test method: ASTM D785) Moisture absorption 1104 ppm (Test method: ISO 62) Printing temperature 240±10°C Heat deflection temperature 70°C (Test metod: ASTM 648) Transparency 90% (Test method: ASTM D1003) (patro.cz)

Features Strong, high clarity, odour neutral and easy-to-print filament High impact strength Excellent flexibility Almost no warping or shrinkage Hydrophobic (does not absorb water) Food packaging grade pellets used Main applications: Concept modelling for mechanics, medical, food containers, transparent objects. TECHNICAL SPECIFICATIONS Diameter 1.75 mm ± 0.05 mm Roundness >95% RAL - Weight 1000 g Color green transparent MATERIAL PROPERTIES Specific gravity 1.27g/cc (Test method: ISO 1183) MFR 190°C/2.16 kg 6.4 gr/10 min (Test method: ISO 1133) Tensile strength at yield 50 mPa Strain at yield 5% (Test method: ISO 527) Strain at break 23% (Test method: ISO 527) Tensile modulus 2020 MPa (Test method: ISO 527) Flexural modulus 2050 MPa (Test method: ISO 178) Flexural strength 69 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 8.1 kJ/m2 (Test method: ISO 179) Rockwell Hardness 105 (Test method: ASTM D785) Moisture absorption 1104 ppm (Test method: ISO 62) Printing temperature 240±10°C Heat deflection temperature 70°C (Test metod: ASTM 648) Transparency 90% (Test method: ASTM D1003) (patro.cz)

Features Strong, high clarity, odour neutral and easy-to-print filament High impact strength Excellent flexibility Almost no warping or shrinkage Hydrophobic (does not absorb water) Food packaging grade pellets used Main applications: Concept modelling for mechanics, medical, food containers, transparent objects. TECHNICAL SPECIFICATIONS Diameter 1.75 mm ± 0.05 mm Roundness >95% RAL - Weight 1000 g Color blue transparent MATERIAL PROPERTIES Specific gravity 1.27g/cc (Test method: ISO 1183) MFR 190°C/2.16 kg 6.4 gr/10 min (Test method: ISO 1133) Tensile strength at yield 50 mPa Strain at yield 5% (Test method: ISO 527) Strain at break 23% (Test method: ISO 527) Tensile modulus 2020 MPa (Test method: ISO 527) Flexural modulus 2050 MPa (Test method: ISO 178) Flexural strength 69 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 8.1 kJ/m2 (Test method: ISO 179) Rockwell Hardness 105 (Test method: ASTM D785) Moisture absorption 1104 ppm (Test method: ISO 62) Printing temperature 240±10°C Heat deflection temperature 70°C (Test metod: ASTM 648) Transparency 90% (Test method: ASTM D1003) (patro.cz)

TECHNICAL SPECIFICATIONS GENERAL Size 1.75 mm Diam. tolerance ±0.05 mm Length 396 m MATERIAL PROPERTIES Density 1.05 g/cm (ISO 1183) Viscat softening temperature 104 °C (ISO 306) Flexural strength 76 MPa (ISO 178) Flexural modulus 220 Mpa (ISO 178) Impact strength - Charpy method 23°C 21 kJ/m2 (ISO 179) Tensile strength 47 Mpa (ISO 527) Tensile elongation 30% (ISO 527) RECOMMENDED PRINTER SET UP Extrusion temperature 250±10 °C Bed temperature 90°C Printing speed 30 mm/s (patro.cz)

TECHNICAL SPECIFICATIONS Diameter accuracy 2.90 mm ± 0.03 mm 1.75 mm ± 0.02 mm Extrusion temperature 230 - 240 °C Material Net Weight 1.00 kg Color black Filament Length 70 m (for 2.85mm thickness) 404 m (for 1.75mm thickness) Density 1.05 g/cm3 Tensile Yield 48 MPa Flexural Strength 76 MPa Flexural Modulus 2.2 GPa Impact Strength (Charpy) 20 KJ/m2 Heat Distortion Temperature 98 °C Molding Shrinkage 0.3 – 0.7% (patro.cz)

TECHNICAL SPECIFICATIONS Diameter accuracy 2.90 mm ± 0.03 mm 1.75 mm ± 0.02 mm Extrusion temperature 230 - 240 °C Material Net Weight 1.00 kg Color silver/metal grey Filament Length 70 m (for 2.85mm thickness), 404 m (for 1.75mm thickness) Density 1.05 g/cm3 Tensile Yield 48 MPa Flexural Strength 76 MPa Flexural Modulus 2.2 GPa Impact Strength (Charpy) 20 KJ/m2 Heat Distortion Temperature (HDT) 98 °C Molding Shrinkage 0.3 – 0.7% (patro.cz)

TECHNICAL SPECIFICATIONS Diameter Tolerance ± 0.05 mm Extrusion temperature 200 - 240 °C Material Net Weight 500 g Color transparent Filament Length 1.75 mm - 233 m, 2.85 mm - 88 m Density 0.89 g/ cm3 Flexural Modulus 350 MPa Flexural Strength 14 MPa Tensile Strength 14 MPa Impact Strength (Charpy) 10 kJ/m2 Tensile Elongation > 200 % Durometer Hardness Durometer Hardness Vicat softening temperature 115 °C Printing speed 30mm/s High quality Polypropylene (PP) filamentTo be used in widely available Fused Fabrication Filament (FFF) printersVery good heat resistanceSuitable for food packaging, medical applications, IT equipment and other applications that require softness and heat resistanceA long-standing staple of plastic containers, Polypropylene (PP) 3D print filament enables you to create durable, flexible, transparent, heat- and chemical-resistant containers for food packaging, medical equipment, IT kit and other appliances.It requires a heated print bed of around 100°C and is ideal for objects that require softness, transparency and heat resistance.. (cdrmarket.cz)

Verbatim BVOH filament 1.75 mm - Transparent A high quality water soluble support material that can be used with a number of different polymers and easily dissolved in cold water. This environmentally-friendly material provides support for printing objects with overhangs or particularly complex structures. Verbatim BVOH follows the tightest quality controls as standard, ensuring excellent layer-forming and adhesion properties. Features Butenediol Vinyl Alcohol Co-polymer (BVOH) for material extrusion Water dissolvable support material Waste can be disposed with household effluent** Excellent layer-forming, emulsifying, adhesive Best in combination with ABS, PLA, and PET material Light- and UV-sensitive High solubility Main applications: Support material for filaments, printing projects with overhangs or complex objects **>20 times weight of water to this material required for disposal (i.e >20cc water to 1g BVOH) with a maximum of 2kg of BVOH per day. When more BVOH is to be used per day, professional organic effluent treatment will be required. TECHNICAL SPECIFICATIONS Diameter accuracy 1.75 mm ± 0.07 mm Material net weight 0.5 kg Filament length 182 m Melt temperature 176 °C Melt Flow Rate @ 230 °C, 21.1N 7.5 g/(10 minutes) Density 1.14 g/cm3 Viscat softening temperature 92 °C Glass transition temperature 68 °C Flexural strength 71 MPa Flexural modulus 2900 MPa Tensile Strength 45 MPa Tensile Elasticity 9.0% SPOOL DIMENSIONS Spool diameter 200 mm Spool depth 72 mm Hub diameter 102 mm Hub hole diameter 51 mm RECOMMENDED PRINTER SET UP Extrusion temperature 210±10 °C Bed temperature 60 °C Printing speed 30 mm/s . (cdrmarket.cz)

TECHNICAL SPECIFICATIONS Diameter accuracy 2.90 mm ± 0.05 mm 1.75 mm ± 0.05 mm Extursion temperature 210 - 235 °C Material Net Weight 500 g Color white Filament Length 70 m (2.85mm thickness), 190 m (1.75mm thickness) Density 1.08 – 1.10 g/cm3 Tensile Yield (JIS K 7113) 14 MPa Elongation (JIS K 7113) 990 % Melting Point 175 to 195 °C Melt Flow Index 230 °C, 21.1N 45 g/(10 minutes) Durometer Hardness D (JIS K 6253) 33 Material Grade MCC TPE-33 For use in commonly available fused fi lament fabrication (FFF) 3D printers. Not recommended for printers with signifi cant distance (e.g. >15 mm) between pinch feeder and hot end. Best results obtained with printers having a heated platform and whenapplying forced air cooling on the object as it builds. PRIMALLOYVerbatim will expand its portfolio of fi laments to include exclusive products developed by Mitsubishi Chemical. The fi rst of these special fi laments to be marketed and distributed by Verbatim is PRIMALLOY™. It produces objects with a rubberised feel which will have possible usage for things like hand grips for tools, earphones, goggles, mobile phone cases, automotive parts, and many more. It is a thermoplastic ester elastomer (TPE) which consists of a crystalline aromatic polyester block (mainly PBT) as the hard segment, and an uncrystalline polyether block (mainly poly-tetramethylene-ether-glycol) as the soft segment. The features of PRIMALLOY™ include good mechanical strength, oil resistance, chemical resistance, fl ex fatigue resistance and has excellent heat resistance, as well as hardness stability within a wide temperature range. . (cdrmarket.cz)

TECHNICAL SPECIFICATIONS Diameter accuracy 2.90 mm ± 0.05 mm 1.75 mm ± 0.05 mm Extursion temperature 210 - 235 °C Material Net Weight 500 g Color white Filament Length 70 m (2.85mm thickness), 190 m (1.75mm thickness) Density 1.08 – 1.10 g/cm3 Tensile Yield (JIS K 7113) 14 MPa Elongation (JIS K 7113) 990 % Melting Point 175 to 195 °C Melt Flow Index 230 °C, 21.1N 45 g/(10 minutes) Durometer Hardness D (JIS K 6253) 33 Material Grade MCC TPE-33 For use in commonly available fused fi lament fabrication (FFF) 3D printers. Not recommended for printers with signifi cant distance (e.g. >15 mm) between pinch feeder and hot end. Best results obtained with printers having a heated platform and whenapplying forced air cooling on the object as it builds. PRIMALLOYVerbatim will expand its portfolio of fi laments to include exclusive products developed by Mitsubishi Chemical. The fi rst of these special fi laments to be marketed and distributed by Verbatim is PRIMALLOY™. It produces objects with a rubberised feel which will have possible usage for things like hand grips for tools, earphones, goggles, mobile phone cases, automotive parts, and many more. It is a thermoplastic ester elastomer (TPE) which consists of a crystalline aromatic polyester block (mainly PBT) as the hard segment, and an uncrystalline polyether block (mainly poly-tetramethylene-ether-glycol) as the soft segment. The features of PRIMALLOY™ include good mechanical strength, oil resistance, chemical resistance, fl ex fatigue resistance and has excellent heat resistance, as well as hardness stability within a wide temperature range. . (cdrmarket.cz)

TECHNICAL SPECIFICATIONS Diameter accuracy 2.90 mm ± 0.05 mm 1.75 mm ± 0.05 mm Extursion temperature 210 - 235 °C Material Net Weight 500 g Color black Filament Length 70 m (2.85mm thickness), 190 m (1.75mm thickness) Density 1.08 – 1.10 g/cm3 Tensile Yield (JIS K 7113) 14 MPa Elongation (JIS K 7113) 990 % Melting Point 175 to 195 °C Melt Flow Index 230 °C, 21.1N 45 g/(10 minutes) Durometer Hardness D (JIS K 6253) 33 Material Grade MCC TPE-33 For use in commonly available fused fi lament fabrication (FFF) 3D printers. Not recommended for printers with signifi cant distance (e.g. >15 mm) between pinch feeder and hot end. Best results obtained with printers having a heated platform and whenapplying forced air cooling on the object as it builds. PRIMALLOYVerbatim will expand its portfolio of fi laments to include exclusive products developed by Mitsubishi Chemical. The fi rst of these special fi laments to be marketed and distributed by Verbatim is PRIMALLOY™. It produces objects with a rubberised feel which will have possible usage for things like hand grips for tools, earphones, goggles, mobile phone cases, automotive parts, and many more. It is a thermoplastic ester elastomer (TPE) which consists of a crystalline aromatic polyester block (mainly PBT) as the hard segment, and an uncrystalline polyether block (mainly poly-tetramethylene-ether-glycol) as the soft segment. The features of PRIMALLOY™ include good mechanical strength, oil resistance, chemical resistance, fl ex fatigue resistance and has excellent heat resistance, as well as hardness stability within a wide temperature range. . (cdrmarket.cz)

TECHNICAL SPECIFICATIONS Diameter Tolerance 1.75 ± 0.05 mm Extrusion temperature 210-235° C Material Net Weight 500 g Color transparent Filament Length 2.85 mm - 59 m, 1.75 mm - 155 m Density 1.34 g/cm3 Tensile Strength 70 MPa Tensile Elasticity 2.3 GPa Tensile elongation 9% Melting Point 214 °C Glass transition temperature 70 °C Pliable rubber material with outstanding heat, oil and abrasion resistance as well as superior mechanical strength. Developed using proprietary materials from Mitsubishi ChemicalHigh performance polyester based thermoplastic elastomer (TPE). Custom spool designed for strength, uniform performance and trouble-free feedingFilaments packaged in vacuum-sealed bag, with desiccant to prevent introduction of dust and moisture. 1-Year Limited Warranty Usage:For best performance, use Polymide Tape (Kapton™ Tape) with a heated build platform (40o - 50o C) To prevent layer drooping, apply forced air cooling on object as it builds. To prevent feed jams, utilize slow print speeds (? 30 mm/s) and turn off retraction. Avoid excessive pressure in the pinch feeder. Not recommended for printers with significant distance between the pinch feeder and hot end (eg. >15mm).. (cdrmarket.cz)

TECHNICAL SPECIFICATIONS Diameter 1.75 mm ± 0.05 mm Roundness >95% RAL 9005 Weight 500 g Color black MATERIAL PROPERTIES Density 1.31 g/cm3 (Test method: ISO 1183) MVR 230°C/2.16 kg 10 cm3/10min (ISO 1133) MFR 230°C/2.16 kg 13 gr/10 min (Test method: ISO 1133) Elongation at break 130% (Test method: ISO 527) Tensile strength 64 MPa (Test method: ISO 527) Tensile modulus 2300MPa (Test method: ISO 527) Flexural modulus 2100MPa (Test method: ISO 178) Flexural strength 94 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 9 kJ/m2 (Test method: ISO 179) Moisture absorption 0.2% (Test method: MCC Method) Coefficient of linear thermal expansion (-20 80°C) 7.3E-05 (Test method: ISO 11359-2) Heat deflection temperature 1.80 MPa 82°C (Test metod: ISO 75-1) Transparency 2% (Test method: ISO 13468) RECOMMENDED PRINTER SET UP Extrusion temperature 225 - 245°C Melting temperature 235°C Bed temperature 85°C Printing speed 50 mm/s Fan speed (can be changed to 0% is the model is warping) 10% . (cdrmarket.cz)

TECHNICAL SPECIFICATIONS Diameter 1.75 mm ± 0.05 mm Roundness >95% RAL N/A Weight 500 g Color transparent MATERIAL PROPERTIES Density 1.31 g/cm3 (Test method: ISO 1183) MVR 230°C/2.16 kg 10 cm3/10min (ISO 1133) MFR 230°C/2.16 kg 13 gr/10 min (Test method: ISO 1133) Elongation at break 130% (Test method: ISO 527) Tensile strength 64 MPa (Test method: ISO 527) Tensile modulus 2300MPa (Test method: ISO 527) Flexural modulus 2100MPa (Test method: ISO 178) Flexural strength 94 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 9 kJ/m2 (Test method: ISO 179) Moisture absorption 0.2% (Test method: MCC Method) Coefficient of linear thermal expansion (-20 80°C) 7.3E-05 (Test method: ISO 11359-2) Heat deflection temperature 1.80 MPa 82°C (Test metod: ISO 75-1) Transparency 2% (Test method: ISO 13468) RECOMMENDED PRINTER SET UP Extrusion temperature 225 - 245°C Melting temperature 235°C Bed temperature 85°C Printing speed 50 mm/s Fan speed (can be changed to 0% is the model is warping) 10% . (cdrmarket.cz)

TECHNICAL SPECIFICATIONS Diameter 2.85 mm ± 0.10 mm Roundness >95% RAL N/A Weight 500 g Color transparent MATERIAL PROPERTIES Density 1.31 g/cm3 (Test method: ISO 1183) MVR 230°C/2.16 kg 10 cm3/10min (ISO 1133) MFR 230°C/2.16 kg 13 gr/10 min (Test method: ISO 1133) Elongation at break 130% (Test method: ISO 527) Tensile strength 64 MPa (Test method: ISO 527) Tensile modulus 2300MPa (Test method: ISO 527) Flexural modulus 2100MPa (Test method: ISO 178) Flexural strength 94 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 9 kJ/m2 (Test method: ISO 179) Moisture absorption 0.2% (Test method: MCC Method) Coefficient of linear thermal expansion (-20 80°C) 7.3E-05 (Test method: ISO 11359-2) Heat deflection temperature 1.80 MPa 82°C (Test metod: ISO 75-1) Transparency 2% (Test method: ISO 13468) RECOMMENDED PRINTER SET UP Extrusion temperature 225 - 245°C Melting temperature 235°C Bed temperature 85°C Printing speed 50 mm/s Fan speed (can be changed to 0% is the model is warping) 10% . (cdrmarket.cz)

Tefabloc TPE Filament High performance thermoplastic polyester elastomer (TPE) for material extrusion (ME) Highly flexible Resistant to oil, grease, abrasion and solvents Good shape retention Good weather resistance Main applications: Flexible items such as brackets, insoles for shoes, hoses, bracelets, insulation, balls, wheels etc. TECHNICAL SPECIFICATIONS Color black Weight 500g SIZE Diam. tolerance ± 0.05 mm Length 71m DESCRIPTION Density 1.09 – 1.10 g/cm3 (ISO 1183) Melt flow rate (230°C, 21.2N) 45 g/10min Melt temperature 175 to 195°C Tensile strength 14MPa Tensile elongation 990% Durometer hardness Shore A85 RECOMMENDED PRINTER SET UP Extrusion temperature 230±10°C Bed temperature 60°C Printing speed 20mm/s . (cdrmarket.cz)

Tefabloc TPE Filament High performance thermoplastic polyester elastomer (TPE) for material extrusion (ME) Highly flexible Resistant to oil, grease, abrasion and solvents Good shape retention Good weather resistance Main applications: Flexible items such as brackets, insoles for shoes, hoses, bracelets, insulation, balls, wheels etc. TECHNICAL SPECIFICATIONS Color white Weight 500g SIZE Diam. tolerance ± 0.05 mm Length 71m DESCRIPTION Density 1.09 – 1.10 g/cm3 (ISO 1183) Melt flow rate (230°C, 21.2N) 45 g/10min Melt temperature 175 to 195°C Tensile strength 14MPa Tensile elongation 990% Durometer hardness Shore A85 RECOMMENDED PRINTER SET UP Extrusion temperature 230±10°C Bed temperature 60°C Printing speed 20mm/s . (cdrmarket.cz)

TECHNICAL SPECIFICATIONS Diameter 1.75 mm ± 0.05 mm Roundness >95% RAL 9003 Weight 500 g Color white MATERIAL PROPERTIES Density 1.31 g/cm3 (Test method: ISO 1183) MVR 230°C/2.16 kg 10 cm3/10min (ISO 1133) MFR 230°C/2.16 kg 13 gr/10 min (Test method: ISO 1133) Elongation at break 130% (Test method: ISO 527) Tensile strength 64 MPa (Test method: ISO 527) Tensile modulus 2300MPa (Test method: ISO 527) Flexural modulus 2100MPa (Test method: ISO 178) Flexural strength 94 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 9 kJ/m2 (Test method: ISO 179) Moisture absorption 0.2% (Test method: MCC Method) Coefficient of linear thermal expansion (-20 80°C) 7.3E-05 (Test method: ISO 11359-2) Heat deflection temperature 1.80 MPa 82°C (Test metod: ISO 75-1) Transparency 2% (Test method: ISO 13468) RECOMMENDED PRINTER SET UP Extrusion temperature 225 - 245°C Melting temperature 235°C Bed temperature 85°C Printing speed 50 mm/s Fan speed (can be changed to 0% is the model is warping) 10% . (cdrmarket.cz)

TECHNICAL SPECIFICATIONS Diameter 2.85 mm ± 0.10 mm Roundness >95% RAL 9003 Weight 500 g Color white MATERIAL PROPERTIES Density 1.31 g/cm3 (Test method: ISO 1183) MVR 230°C/2.16 kg 10 cm3/10min (ISO 1133) MFR 230°C/2.16 kg 13 gr/10 min (Test method: ISO 1133) Elongation at break 130% (Test method: ISO 527) Tensile strength 64 MPa (Test method: ISO 527) Tensile modulus 2300MPa (Test method: ISO 527) Flexural modulus 2100MPa (Test method: ISO 178) Flexural strength 94 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 9 kJ/m2 (Test method: ISO 179) Moisture absaorption 0.2% (Test method: MCC Method) Coefficient of linear thermal expansion (-20 80°C) 7.3E-05 (Test method: ISO 11359-2) Heat deflection temperature 1.80 MPa 82°C (Test metod: ISO 75-1) Transparency 2% (Test method: ISO 13468) RECOMMENDED PRINTER SET UP Extrusion temperature 225 - 245°C Melting temperature 235°C Bed temperature 85°C Printing speed 50 mm/s Fan speed (can be changed to 0% is the model is warping) 10% . (cdrmarket.cz)

TECHNICAL SPECIFICATIONS Diameter 2.85 mm ± 0.10 mm Roundness >95% RAL 9005 Weight 500 g Color black MATERIAL PROPERTIES Density 1.31 g/cm3 (Test method: ISO 1183) MVR 230°C/2.16 kg 10 cm3/10min (ISO 1133) MFR 230°C/2.16 kg 13 gr/10 min (Test method: ISO 1133) Elongation at break 130% (Test method: ISO 527) Tensile strength 64 MPa (Test method: ISO 527) Tensile modulus 2300MPa (Test method: ISO 527) Flexural modulus 2100MPa (Test method: ISO 178) Flexural strength 94 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 9 kJ/m2 (Test method: ISO 179) Moisture absorption 0.2% (Test method: MCC Method) Coefficient of linear thermal expansion (-20 80°C) 7.3E-05 (Test method: ISO 11359-2) Heat deflection temperature 1.80 MPa 82°C (Test metod: ISO 75-1) Transparency 2% (Test method: ISO 13468) RECOMMENDED PRINTER SET UP Extrusion temperature 225 - 245°C Melting temperature 235°C Bed temperature 85°C Printing speed 50 mm/s Fan speed (can be changed to 0% is the model is warping) 10% . (cdrmarket.cz)

Tefabloc TPE Filament High performance thermoplastic polyester elastomer (TPE) for material extrusion (ME) Highly flexible Resistant to oil, grease, abrasion and solvents Good shape retention Good weather resistance Main applications: Flexible items such as brackets, insoles for shoes, hoses, bracelets, insulation, balls, wheels etc. TECHNICAL SPECIFICATIONS Color white Weight 500g SIZE Diam. tolerance ± 0.05 mm Length 190m DESCRIPTION Density 1.09 – 1.10 g/cm3 (ISO 1183) Melt flow rate (230°C, 21.2N) 45 g/10min Melt temperature 175 to 195°C Tensile strength 14MPa Tensile elongation 990% Durometer hardness Shore A85 RECOMMENDED PRINTER SET UP Extrusion temperature 230±10°C Bed temperature 60°C Printing speed 20mm/s . (cdrmarket.cz)

Tefabloc TPE Filament High performance thermoplastic polyester elastomer (TPE) for material extrusion (ME) Highly flexible Resistant to oil, grease, abrasion and solvents Good shape retention Good weather resistance Main applications: Flexible items such as brackets, insoles for shoes, hoses, bracelets, insulation, balls, wheels etc. TECHNICAL SPECIFICATIONS Color black Weight 500g SIZE Diam. tolerance ± 0.05 mm Length 190m DESCRIPTION Density 1.09 – 1.10 g/cm3 (ISO 1183) Melt flow rate (230°C, 21.2N) 45 g/10min Melt temperature 175 to 195°C Tensile strength 14MPa Tensile elongation 990% Durometer hardness Shore A85 RECOMMENDED PRINTER SET UP Extrusion temperature 230±10°C Bed temperature 60°C Printing speed 20mm/s . (cdrmarket.cz)

TECHNICAL SPECIFICATIONS Diameter accuracy 1.75 mm ± 0.03 mm, 2.85 mm ± 0.05 mm Extrusion temperature 200°C - 220°C Material Net Weight 350 g Color white Filament Length 2.85 mm - 48 m Melt Flow Rate (210 °C, 21.2N) 7.5 g/10min Density 1.14 g/cm3 Melt temperature 176 °C Glass transition temperature 68 °C Viscat softening point 92 °C Flexural modulus 2900 MPa Flexural strength 71 MPa Tensile strength 45 MPa Tensile elongation 9.0% . (cdrmarket.cz)

Filament - materiál PLA, průměr 1,75 mm s tolerancí 0,02 mm, hmotnost 1 kg, vhodná teplota tisku až 230 °C, teplota podložky 60°C, doporučená rychlost tisku od 30 mm/s do 60 mm/s Filament AURAPOL s.r.o. je jinak řečeno náplň do 3D tiskáren. Filament disponuje ideálními vlastnostmi pro precizní modelaci drobných detailů. Vzbudí zájem kvalitou zpracování a nepřítomností typické nepříjemné vůně tiskových strun. Natural barva filamentu do 3D tiskárny se zaručeně nezmění i po delší době od vytištění. Jeho hmotnost je přibližně 1 kg. Teplota trysky se může v průběhu tisku dostat až k 230 °C a u podložky je předepsaná teplota 60 °C. K tisku vám v tomto případě poslouží PLA filament AURAPOL s.r.o.. Látka PLA je populární pro svou vysokou univerzálnost, biologickou rozložitelnost a skvělým zpracováním patrném již od prvního pohledu. Průměr struny je 1,75 mm s tolerancí průměru 0,02 mm. Rozhodující vlastnosti filamentu AURAPOL PLA 3D Filament Natural 1 kg 1,75 mm AURAPOL... (alza.cz)

TECHNICAL SPECIFICATIONS Diameter accuracy 2.90 mm ± 0.03 mm 1.75 mm ± 0.02 mm Extrusion temperature 200 - 220 °C Material Net Weight 1.00 kg Color natural transparent Filament Length 119 m (for 2.85 thickness), 334 m (for 1.75mm thickness) Density 1.24 g/cm3 Tensile Strength 15 - 21 kpsi Tensile Modulus 500 - 550 kpsi Melting Point 155 - 170 °C . (cdrmarket.cz)

TECHNICAL SPECIFICATIONS Diameter accuracy 2.90 mm ± 0.03 mm 1.75 mm ± 0.02 mm Extrusion temperature 200 - 220 °C Material Net Weight 1.00 kg Color transparent natural Filament Length 119 m (for 2.85 thickness), 334 m (for 1.75mm thickness) Density 1.24 g/cm3 Melting Point 155 - 170 °C Tensile strength 15 - 21 kpsi Tensile modulus 500 - 550 kpsi . (cdrmarket.cz)

Features Strong, high clarity, odour neutral and easy-to-print filament High impact strength Excellent flexibility Almost no warping or shrinkage Hydrophobic (does not absorb water) Food packaging grade pellets used Main applications: Concept modelling for mechanics, medical, food containers, transparent objects. TECHNICAL SPECIFICATIONS Diameter 2.85 mm ± 0.10 mm Roundness >95% RAL - Weight 1000 g Color green transparent MATERIAL PROPERTIES Specific gravity 1.27g/cc (Test method: ISO 1183) MFR 190°C/2.16 kg 6.4 gr/10 min (Test method: ISO 1133) Tensile strength at yield 50 mPa Strain at yield 5% (Test method: ISO 527) Strain at break 23% (Test method: ISO 527) Tensile modulus 2020 MPa (Test method: ISO 527) Flexural modulus 2050 MPa (Test method: ISO 178) Flexural strength 69 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 8.1 kJ/m2 (Test method: ISO 179) Rockwell Hardness 105 (Test method: ASTM D785) Moisture absorption 1104 ppm (Test method: ISO 62) Printing temperature 240±10°C Heat deflection temperature 70°C (Test metod: ASTM 648) Transparency 90% (Test method: ASTM D1003) (patro.cz)

Features Strong, high clarity, odour neutral and easy-to-print filament High impact strength Excellent flexibility Almost no warping or shrinkage Hydrophobic (does not absorb water) Food packaging grade pellets used Main applications: Concept modelling for mechanics, medical, food containers, transparent objects. TECHNICAL SPECIFICATIONS Diameter 2.85 mm ± 0.10 mm Roundness >95% RAL - Weight 1000 g Color red transparent MATERIAL PROPERTIES Specific gravity 1.27g/cc (Test method: ISO 1183) MFR 190°C/2.16 kg 6.4 gr/10 min (Test method: ISO 1133) Tensile strength at yield 50 mPa Strain at yield 5% (Test method: ISO 527) Strain at break 23% (Test method: ISO 527) Tensile modulus 2020 MPa (Test method: ISO 527) Flexural modulus 2050 MPa (Test method: ISO 178) Flexural strength 69 MPa (Test method: ISO 178) Impact strength - Charpy method 23°C 8.1 kJ/m2 (Test method: ISO 179) Rockwell Hardness 105 (Test method: ASTM D785) Moisture absorption 1104 ppm (Test method: ISO 62) Printing temperature 240±10°C Heat deflection temperature 70°C (Test metod: ASTM 648) Transparency 90% (Test method: ASTM D1003) (patro.cz)

TECHNICAL SPECIFICATIONS Diameter accuracy 2.90 mm ± 0.03 mm 1.75 mm ± 0.02 mm Extrusion temperature 230 - 240 °C Material Net Weight 1.00 kg Color black Filament Length 70 m (for 2.85mm thickness), 404 m (for 1.75mm thickness) Density 1.05 g/cm3 Tensile Yield 48 MPa Flexural Strength 76 MPa Flexural Modulus 2.2 GPa Impact Strength (Charpy) 20 KJ/m2 Heat Distortion Temperature (HDT) 98 °C Molding Shrinkage 0.3 – 0.7% . (cdrmarket.cz)

ABS Filament High performance Acrylonitrile Butadiene Styrene (ABS) for material extrusion (ME) High rigidity, high gloss, medium impact strength Resistant to grease Good post-printing workability Strong odour during printing Main applications: Concept modelling for building, electrical, automotive industry etc. Non-critical parts such as enclosures. TECHNICAL SPECIFICATIONS Size 2.85mm ± 0.09mm Material Net Weight 1.00 kg Color white Filament Length 149 m Density 1.05 g/cm3 Viscat softening temperature 104°C Flexural Strength 76 MPa Flexural Modulus 2.2 GPa Impact Strength (Charpy method 23°C) 21 kJ/m2 Tensile strength 47 Mpa Tensile elongation 30% RECOMMENDED PRINTER SET UP Extrusion temperature 250±10°C Bed temperature 90 °C Printing speed 30 mm/s . (cdrmarket.cz)

Features High performance Polyactic Acid (PLA) for material extrusion (ME) Biopolymer derived from plants Good post-printing workability Odourless Main applications: Concept modelling for food packaging, transport containers, medical/hygienic products, housings, education. TECHNICAL SPECIFICATIONS Diameter accuracy 2.90 mm ± 0.03 mm 1.75 mm ± 0.02 mm Extrusion temperature 200 - 220 °C Material Net Weight 1.00 kg Color blue Filament Length 126 m (for 2.85 thickness) Density 1.24 g/cm3 Melt flow rate (210°C, 21.2N) 8.1 g/10min Glass transition temperature 58 °C Melt temperature 168 °C Tensile strength 63 Mpa Tensile elongation 4% . (cdrmarket.cz)

TECHNICAL SPECIFICATIONS GENERAL Size 1.75 mm Diam. tolerance ±0.05 mm Length 396 m MATERIAL PROPERTIES Density 1.05 g/cm (ISO 1183) Viscat softening temperature 104 °C (ISO 306) Flexural strength 76 MPa (ISO 178) Flexural modulus 220 Mpa (ISO 178) Impact strength - Charpy method 23°C 21 kJ/m2 (ISO 179) Tensile strength 47 Mpa (ISO 527) Tensile elongation 30% (ISO 527) RECOMMENDED PRINTER SET UP Extrusion temperature 250±10 °C Bed temperature 90°C Printing speed 30 mm/s . (cdrmarket.cz)

TECHNICAL SPECIFICATIONS Diameter accuracy 2.90 mm ± 0.03 mm 1.75 mm ± 0.02 mm Extrusion temperature 230 - 240 °C Material Net Weight 1.00 kg Color transparent Filament Length 70 m (for 2.85mm thickness), 404 m (for 1.75mm thickness) Density 1.08 g/cm3 Tensile Yield 42 MPa Flexural Strength 61 MPa Flexural Modulus 2.1 GPa Impact Strength (Charpy) 12 KJ/m2 Heat Distortion Temperature (HDT) 99 °C Molding Shrinkage N/A . (cdrmarket.cz)