FusRock Material Table
| Product | Application scenarios | Tensile strength(X-Y) | Young’s modulus(X-Y) | Elongation at break (X-Y) | Bending strength (X-Y) | Bending modulus (X-Y) | Charpy impact strength （X-Y） | Tensile strength (Z) | Young’s modulus (Z) | Elongation at break (Z) | Determination of temperature (0.45 MPa) | Determination of temperature (1.8 MPa) | Recommended to maximize the extrusion flow | Nozzle material requirements | Whether to support AMS | Whether to seal the box | Sealed drying box with RH Below 15% | Annealing treatment |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| ToughPETG-HF | General application | 44.23±0.64 MPa | 1821.82±49.41 MPa | 14.04±7.77 % | 71.40±0.74 MPa | 1895.07±36.19 MPa | 16.39±2.16 KJ/m² | 42.70±0.51 MPa | 1955.67±179.30 MPa | 4.51±0.82 % | 70 ℃ | 65 ℃ | 28mm³/s | Brass nozzle, copper alloy nozzle | Yes | No | Recommend | No need for annealing |
| PETG-CF | General application | 46.11±0.75 MPa | 2616±25 MPa | 5.53±0.22 % | 66.80±1.32 MPa | 2291±42 MPa | 5.11±1.01 KJ/m² | 25.1±1.9 MPa | 1856±41 MPa | 1.81±0.3 % | 77 ℃ | 74 ℃ | 24mm³/s | Stainless steel nozzle, hardened steel nozzle, tungsten carbide nozzle | Yes | No | Recommend | No need for annealing |
| PETG-CF HF | General application | 53.15±0.38 MPa | 3062.70±42.96 MPa | 5.88±0.69 % | 85.11±0.54 MPa | 3013.81±57.08 MPa | 3.52±0.47 KJ/m² | 30.29±1.19 MPa | 2170.34±46.05 MPa | 1.62±1.0 % | 71 ℃ | 68 ℃ | 28mm³/s | Stainless steel nozzle, hardened steel nozzle, tungsten carbide nozzle | Yes | No | Recommend | No need for annealing |
| PETG-Matte | General application | 48.79±0.3 MPa | 2247±37 MPa | 8.43±2.53 % | 68.27±0.89 MPa | 2144.44±35.54 MPa | 5.64±1.29 KJ/m² | 28.56±2.04 MPa | 1813±72 MPa | 2.01±0.22 % | 73 ℃ | 68 ℃ | 24mm³/s | Stainless steel nozzle, hardened steel nozzle, tungsten carbide nozzle | Yes | No | Recommend | No need for annealing |
| ASA | Outdoor application | 38.5±1.6 MPa | 2317±246 MPa | 5.2±1.4 % | 64.49±1.3 MPa | 2399±147 MPa | 12.9±0.9 KJ/m² | 27.87±0.4 MPa | 2037±64 MPa | 2.43±0.27 % | 93 ℃ | 83 ℃ | 24mm³/s | Brass nozzle, copper alloy nozzle | Yes | Yes | Recommend | No need for annealing |
| ABS | Low odor\General application | 38.96±0.33 MPa | 2384.22±20.0 MPa | 5.77±0.84 % | 67.81±0.54 MPa | 2400±79.69 MPa | 20.03±1.32 KJ/m² | 32.25±0.72 MPa | 2201.74±74.91 MPa | 2.70±0.59 % | 92 ℃ | 86 ℃ | 24mm³/s | Brass nozzle, copper alloy nozzle | Yes | Yes | Recommend | No need for annealing |
| ABS-HF | General application | 37.13±0.59 MPa | 2115.10±24.02 MPa | 3.65±1.52 % | 57.46±0.25 MPa | 2117.02±32.46 MPa | 23.16±2.32 KJ/m² | 33.48±0.23 MPa | 2097.03±37.77 MPa | 4.07±0.57 % | 72 ℃ | 65 ℃ | 28mm³/s | Brass nozzle, copper alloy nozzle | Yes | No | Recommend | No need for annealing |
| ABS-GF | General application | 43.44±0.86 MPa | 3213±82.78 MPa | 2.80±0.21 % | 66.21±0.42 MPa | 2681±24.99 MPa | 8.17±0.66 KJ/m² | 19.02±0.9 MPa | 2331±130 MPa | 1.28±0.32 % | 96 ℃ | 92 ℃ | 24mm³/s | Stainless steel nozzle, hardened steel nozzle, tungsten carbide nozzle | Yes | Yes | Recommend | No need for annealing |
| PLA-Aero Pro | Outdoor aerial vehicle | 16.87±2.11 Mpa MPa | 820.31±8.82 MPa | 9.17±0.61 % | 19.27±0.09 MPa | 872.93±55.10 MPa | 2.93±0.15 KJ/m² | - | 254±23 MPa | 10.91±1.11 % | 50 ℃ | 43 ℃ | 6mm³/s | Brass nozzle, copper alloy nozzle | Yes | No | Recommend | No need for annealing |
| ASA-Aero | Outdoor aerial vehicle\Thermal insulation cover | 8.25±0.15 MPa | 593.99±24.34 MPa | 11.52±0.58 % | 14.31±1.66 MPa | 544.92±74.44 MPa | 2.29±0.13 KJ/m² | 7.86±0.14 MPa | 457.94±20.84 MPa | 5.54±0.28 % | 70 ℃ | 55 ℃ | 6mm³/s | Brass nozzle, copper alloy nozzle | Yes | Yes | Recommend | No need for annealing |
| TPU78D | High toughness | 43.79±0.99 MPa | 419.41±7.31 MPa | 270.15±8.32 % | 16.52±0.55 MPa | 450.05±59.93 MPa | Not broken | 17.69±0.49 MPa | 418.53±35.72 MPa | 33.84±9.01 % | - | - | 12mm³/s | Brass nozzle, copper alloy nozzle | Yes | No | Recommend | No need for annealing |
| TPU95A-HF | Flexible application | 31.81±3.26 MPa | - | 471±81 % | - | - | - | - | - | - | - | - | 9mm³/s | Brass nozzle, copper alloy nozzle | No | No | Recommend | No need for annealing |
| TPU85A-HF | Flexible application | 23.44±2.70 MPa | - | 564±35 % | - | - | - | - | - | - | - | - | 6mm³/s | Brass nozzle, copper alloy nozzle | No | No | Recommend | No need for annealing |
| TPU75A | Flexible application | 19.25±0.66 Mpa MPa | - | 527±10.61 % | - | - | - | - | - | - | - | - | - | Brass nozzle, copper alloy nozzle | No | No | Recommend | No need for annealing |
| TPU65A | Flexible application | 10.63±0.31 Mpa MPa | - | 600±39 % | - | - | - | - | - | - | - | - | - | Brass nozzle, copper alloy nozzle | No | No | Recommend | No need for annealing |
| PC/ABS-FR | Flame-retardant thin-walled parts | 52.51±0.2 MPa | 2588.73±64.81 MPa | 5.55±0.9 % | 85.95±0.83 MPa | 2504.55±22.88 MPa | 8.39±0.46 KJ/m² | 34.26±0.84 MPa | 2302.81±46.92 MPa | 1.88±0.11 % | 88 ℃ | 83 ℃ | 32mm³/s | Brass nozzle, copper alloy nozzle | Yes | Yes | Recommend | No need for annealing |
| PET-GF | General structural appearance parts | 70.86±2.86 MPa | 4130.13±107.0 MPa | 2.56±0.30 % | 114.87±3.0 MPa | 3650.32±65.81 MPa | 6.56±0.68 KJ/m² | 33.95±2.38 MPa | 3322.37±94.04 MPa | 1.14±0.11 % | 120.3 ℃ | 99.1 ℃ | 20mm³/s | Stainless steel nozzle, hardened steel nozzle, tungsten carbide nozzle | Yes | No | Must | Can be annealing |
| PET-CF | Forced structural parts | 70.82±2.74 MPa | 6208.45±462.92 MPa | 1.46±0.10 % | 110.79±3.36 MPa | 5588.24±363.94 MPa | 4.59±0.15 KJ/m² | 34.13±0.93 MPa | 3270.44±62.77 MPa | 1.20±0.04 % | 175.4 ℃ | 115.6 ℃ | 20mm³/s | Hardened steel nozzle, tungsten carbide nozzle | No | No | Must | Can be annealing |
| PET-CF Lite | Forced structural parts | 62.42±0.63 MPa | 4663.08±294.9 MPa | 2.83±0.29 % | 94.44±4.27 MPa | 4450.32±78.36 MPa | 6.43±0.28 KJ/m² | 30.46±1.55 MPa | 3338.76±186.95 MPa | 1.0±0.10 % | 90.2 ℃ | 78.4 ℃ | 16mm³/s | Stainless steel nozzle, hardened steel nozzle, tungsten carbide nozzle | Yes | No | Must | No need for annealing |
| PAHT | High-gloss self-lubrication requires structural parts and gear parts | 69.29±1.17 MPa | 3329.72±235.60 MPa | 9.77±1.68 % | 112.64±1.60 MPa | 3202.24±115.78 MPa | 9.74±0.84 KJ/m² | 50.03±2.30 MPa | - | - | 79.6 ℃ | 72.5 ℃ | 12mm³/s | Stainless steel nozzle, hardened steel nozzle, tungsten carbide nozzle | Yes | No | Must | No need for annealing |
| PAHT-GF | Temperature-resistant insulation structural parts and wear-resistant parts | 90.50±2.57 MPa | 5375.42±244.39 MPa | 2.28±0.10 % | 140.77±5.28 MPa | 4897.64±136.40 MPa | 5.84±0.37 KJ/m² | 59.58±1.71 MPa | 3952.22±135.01 MPa | 1.78±0.07 % | 180.2 ℃ | 109.4 ℃ | 20mm³/s | Hardened steel nozzle, tungsten carbide nozzle | No | No | Must | Can be annealing |
| PAHT-CF | High-temperature and high-strength structural appearance parts, wear-resistant parts | 95.53±3.62 MPa | 8114.10±539.02 MPa | 1.52±0.11 % | 141.82±4.34 MPa | 7098.40±440.49 MPa | 5.62±0.67 KJ/m² | 51.03±2.18 MPa | 3869.82±174.36 MPa | 1.56±0.07 % | 190.7 ℃ | 117.5 ℃ | 20mm³/s | Hardened steel nozzle, tungsten carbide nozzle | No | No | Must | Can be annealing |
| NexABS-GF25 | Structural appearance parts with temperature resistance below 90℃, low odor | 48.48±0.61 MPa | 3752.13±68.39 MPa | 2.10±0.10 % | 78.80±1.26 MPa | 3531.71±75.79 MPa | 8.91±0.63 KJ/m² | 30.48±0.47 MPa | 2843.56±69.90 MPa | 2.20±0.44 % | 87 ℃ | 81 ℃ | 24mm³/s | Stainless steel nozzle, hardened steel nozzle, tungsten carbide nozzle | Yes | Yes | Recommend | No need for annealing |
| NexABS-CF20 | Structural appearance parts with temperature resistance below 90℃, high rigidity requirements | 47.86±2.32 MPa | 4606.28±192.38 MPa | 1.48±0.11 % | 80.21±0.55 MPa | 4365.286±153.79 MPa | 8.12±0.78 KJ/m² | 28.21±0.35 MPa | 2713.50±88.38 MPa | 1.81±0.16 % | 90 ℃ | 83 ℃ | 24mm³/s | Stainless steel nozzle, hardened steel nozzle, tungsten carbide nozzle | Yes | Yes | Recommend | No need for annealing |
| NexASA-CF20 | Temperature resistance below 100℃ structural appearance parts, high rigidity requirements | 50.06±1.0 MPa | 4502.58±103.44 MPa | 1.64±0.11 % | 84.30±1.37 MPa | 4537.67±264.85 MPa | 5.76±0.17 KJ/m² | 31.03±2.18 MPa | 2570.8±130.85 MPa | 1.50±0.14 % | 101.1 ℃ | 95.8 ℃ | 20mm³/s | Stainless steel nozzle, hardened steel nozzle, tungsten carbide nozzle | Yes | Yes | Recommend | No need for annealing |
| NexPA-GF25 | High-temperature and high-strength structural parts and wear-resistant parts | 105.01±1.14 MPa | 5729.78±301.68 MPa | 2.41±0.05 % | 168.20±4.76 MPa | 5957.97±95.66 MPa | 7.59±0.81 KJ/m² | 65.4±2.99 MPa | 4150.79±80.04 MPa | 1.90±0.15 % | 195.5 ℃ | 118 ℃ | 24mm³/s | Hardened steel nozzle, tungsten carbide nozzle | No | No | Must | Can be annealing |
| NexPA-CF25 | High-temperature and high-strength structural parts, high-rigidity requirements, wear-resistant parts | 118.19±3.82 MPa | 9989.47±227.73 MPa | 1.62±0.12 % | 184.19±5.73 MPa | 9214.34±249.80 MPa | 7.29±0.76 KJ/m² | 58.01±2.05 MPa | 4213.72±97.08 MPa | 1.64±0.10 % | 196.9 ℃ | 124.2 ℃ | 24mm³/s | Hardened steel nozzle, tungsten carbide nozzle | No | No | Must | Can be annealing |
| NexPPS-CF | High-temperature and strong corrosive environmental parts | 47.26±0.08 MPa | 4700.94±109.36 MPa | 1.65±0.08 % | 80.89±2.10 MPa | 4713.11±186.92 MPa | 5.99±0.39 KJ/m² | 27.75±3.26 MPa | 3250.38±294.96 MPa | 1.06±0.22 % | 190.1 ℃ | 137.8 ℃ | 24mm³/s | Hardened steel nozzle, tungsten carbide nozzle | No | No | Must | Can be annealing |
| Product | Application scenarios | Tensile strength(X-Y) | Young’s modulus(X-Y) | Elongation at break (X-Y) | Bending strength (X-Y) | Bending modulus (X-Y) | Charpy impact strength （X-Y） | Tensile strength (Z) | Young’s modulus (Z) | Elongation at break (Z) | Determination of temperature (0.45 MPa) | Determination of temperature (1.8 MPa) | Recommended to maximize the extrusion flow | Nozzle material requirements | Whether to support AMS | Whether to seal the box | Sealed drying box with RH Below 15% | Annealing treatment |