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Standard PLA      ⚙️Food contact EU 10/2011 ✅ 1.2-1.3 g/cm<sup>3</sup> 🔹 Glass Transition Temperature 55°C | Standard     ⚙️1.10 g/cm<sup>3</sup> 🔹 Shore Hardness 81D 🔹 Tensile Strength Mpa 46-67 🔹 Elobgation @ break 28-35 % 🔹 Flexure Strength MPa 46-72 🔹 Flexure Modulus MPa 1000-1400 🔹 Izod Impact Strength J/m 18/40 🔹 Flash point 110° |
| PLA RAL à la demande ⚙️*1.2-1.3 g/cm<sup>3</sup> 🔹 Glass Transition Temperature 55°C | |
PLA WoodFill (30% recycled woodfibres)  ⚙️1.15 g/cm<sup>3</sup> 🔹 Glass Transition Temperature 55°C | Glass PMMA * |
PLA StellFill (+ Fine steel powder)  ⚙️*3.13 g/cm<sup>3</sup> 🔹 Glass Transition Temperature 55°C | |
PLA BronzeFill (+ Fine bronze powder)  ⚙️*3.9 g/cm<sup>3</sup> 🔹 Glass Transition Temperature 55°C | Flexible |
| Rubber-Like (Shore 90A)  ⚙️Shore 90A 🔹 1.1 g/cm<sup>3</sup> 🔹 Strain at Break 110% |
| Spéciaux PLA | |
LW-PLA (Allégé jusqu’à 65%)  🍃⚙️*0.40-1.24 g/cm<sup>3</sup> 🔹 Glass Transition Temperature 55°C | |
PLA Tough & High Temp°  🌡️🌡️ ⚙️*1.24 g/cm<sup>3</sup> 🔹 Tensile modulus, MPa: 2.510 (ISO 527) 🔹Yield Strength, MPa: 26 (ISO 527) 🔹Yield strain, %: 3.5 (ISO 527) 🔹Tensile Strength, MPa: 26 (ISO 527) 🔹 Tensile Strength, MPa: 40 (D638) 🔹Tensile strain @ tensile strength, %: 3.5 (ISO 527) 🔹 Tensile stress @ break, MPa: 24 (ISO 527) 🔹Tensile strain @ break, %: 4.5 (ISO 527) 🔹Flexural modulus, MPa: 1820 (ISO 178) 🔹 Flexural strain @ standard deflection, MPa: 37 (ISO 178) 🔹Flexural strength, MPa: 41 (ISO 178) 🔹Flexural strain @ flexural strength, %: 6.4 (ISO 178) 🔹Charpy unnotched impact stregnth, Kj/m2: 25.4 (ISO178-1/1eU)) 🔹 Charpy notched impact strength, kJ/m2: 3.4 (ISO179-1/1eU) 🔹 Shore D: 62 (ISO 7619) 🔹Heat Distortion 153°C (ISO 75) | Haute Résistance / Température |
PLA ESD (Cpl. CNT)  ⚙️*Protection contre les décharges électrostatiques ESD (Cpl. CNT) ✅ 1.26 g/cm<sup>3</sup> 🔹 Tensile Strength, MPa: 55 (ISO 527) 🔹 Tensile Modulus, MPa: 2560 (ISO 527) 🔹 Flexural strength, MPa: 95 (ISO 178) 🔹 Flexural modulus, MPa: 2980 (ISO 178) 🔹 Tensile Elongation Break, % 10 (ISO 527) 🔹 Surface resistance, Ohm/sq 10<sup>7</sup> - 10<sup>9</sup> (ASTM D527) 🔹 Glass transition 60°C | HT-160C 
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| ABS-Like  ⚙️1.10 g/cm<sup>3</sup> 🔹 Shore Hardness 80D 🔹 Tensile Strength Mpa 55 🔹 Elobgation @ break 32 % 🔹 Flexure Strength MPa 77 🔹 Flexure Modulus MPa 2460 🔹 Izod Impact Strength kJ/m² 15.19 🔹 Flash point 110°C |
| Standard PETG | Nylon-Like  |
PETG      ⚙️Food contact EU 10/2011 ✅ 1.28 g/cm<sup>3</sup> 🔹 Glass Transition Temperature 70°C | |
| Calcinable |
| Flexible | Calcinable (Joaillerie)* |
nGen Flex    🌡️⚙️Shore 95A 🔹 1.13 g/cm<sup>3</sup> 🔹 Elongation @ Yield 38% (D638) 🔹 Elongation @ Break 400% (D638) 🔹 Vicat Softening Temperature @ 1kg load: 170° (D1525) 🔹 Glass Transition Temperature: 130°C | |
| NinjaFlex ⚙️Shore 85A 🔹 1.19 g/cm<sup>3</sup> 🔹 Elongation @ Yield 65% (D638) 🔹 Elongation @ Break 660% (D638) | Spécifique |
Varioshore TPU      🍃⚙️*Shore 60-92A 🔹 0.55-1.22 g/cm<sup>3</sup> 🔹 Ultimate Elongation 490% (ASTM D412) | ABS-Like ESD (105 Ω/sq)   ⚙️Protection contre les décharges électrostatiques ESD (Cpl. SWCNT) ✅ 1.15 g/cm<sup>3</sup> 🔹 Tensile Strength MPa 63 (ASTDM D638) 🔹 Tensile Modulus MPa 2810 (ASTDM D638)🔹 Flexure Strength MPa 91 (ISO 178)🔹 Flexure Modulus MPa 2705 (ISO 178) 🔹 Surface Resistivity Ω/sq 10<sup>5</sup> (ASTDM D257)🔹 Volume Resistivity Ω-cm 10<sup>6</sup> (ASTDM D4496)
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| Nylon Flex EXP (TPE-A / Shore 55-75A) 🍃⚙️*UV Resistant ✅ 🔹 Shore 55-75A 🔹 0.39-0.88 g/cm<sup>3</sup> 🔹 Glass Transition Temperature: 50°C | Nylon-Like ESD (106 Ω/sq)
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| Rubber-Like ESD (106 Ω/sq) |
| Haute Résistance / Température | HT-160C ESD (105 Ω/sq) |
ASA   🌡️⚙️UV Resistant ✅ 1.07 g/cm3 🔹 Tensile Strength @Yield MPa: 49 (D792) 🔹 Elongation @Yield %: 6 🔹 Elongation @Break %: 20 (D638) 🔹 Tensile Modulus MPa: 2170 (D638) 🔹 Flexure Modulus MPa: 2300 (D790) 🔹 Flexure Strength MPa: 78.5 (D790) 🔹 Rockwell Hadrness, R Scale: 107 (D785) 🔹 Izod Impact Strength, Notched @ -30°: 29 J/m (D256) 🔹 Izod Impact Strength, Notched @ 23°: 140 J/m (D648) 🔹 Deflection temp. / @ 0.45 MPa: 96° / @ 1.8 MPa: 87° (D648) 🔹 Vicat softening Temp.: 96°C | |
HT5300     🌡️⚙️Food contact EU 10/2011 ✅ 1.18 g/cm<sup>3</sup> 🔹 Tensile Stress @Yield MPa: 43 (D638) 🔹 Tensile Stress @Break MPa: 52 (D638) 🔹 Elongation @Yield %: 7 🔹 Elongation @Break: 210% (D638) 🔹 Flexure Modulus MPa: 1575 (D790) 🔹 Flexure Strength MPa: 64 (D790) 🔹 Rockwell Hadrness, R Scale: 111 (D785) 🔹 Izod Impact Strength, Notched @23°: 860 J/m (D256) 🔹 Deflection temp. / @0.455 MPa: 94° / @1.82 MPa: 81° (D648) 🔹 Continuous Service Temp.: 100°C | |
XT-CF Carbon fiber reinforced  💪⚙️1.35 g/cm<sup>3</sup> 🔹 Tensile Strength MPa: 76 (ISO 527) 🔹 Tensile Elongation Break %: 7,5 (ISO527) 🔹 Flexure Strengh MPa: 110 (ISO 178) 🔹 Flexural Modulus GPa: 6,2 (ISO 178) 🔹 Izod Impact strenght, motched kj/m2: 6 (ISO 180) 🔹 Izod Impact Strenght, unnotched kj/m2: 60 (ISO 180) 🔹 Glass Transition Temperature 80° |
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Nylon PA-CF Carbon fiber  💪💪🌡️⚙️1.24 g/cm<sup>3 </sup> 🔹 Tensile Strength MPa: 140 🔹Flexure Strength MPa: 140 🔹 Flexure Modulus MPa: 4363 🔹 Elongation @ Break %: 10,61 🔹 Izod Impact Strenght, Notched kj/m2: 18,67 🔹 Melt Flow Index g/10min: 11,46 (275°/5Kg) 🔹 Heat distortion Temp.: 155°C 🔹 Continuous Service Temp.: 120°C ( | |
Nylon PA-CF Carbon fiber ESD 💪 💪🌡️  * | |
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| Médicale | |
| Biocompatible (classe VI), stérilisable, usage orthopédiques * | |
| Blindage contre les rayons X, radio-opaque (sans plomb et non toxique) * | |
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| Calcinable | |
| Calcinable / moulage à cire perdue * | |
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