¶ Reflex Series Materials
Explore resins for UltraCraft Reflex Series 3D printers. A wide variety of 3D printing materials optimized for models, prototypes, molds, jewelry, tools, end-use parts and more.
Reflex Series Material Compatibility
¶ 1. Reflex Series Materials Guidelines
¶ 2. Description of Process Parameters
| Material Model | Material Description | Appearance | Color | Washing | Curing |
|---|---|---|---|---|---|
| Modeling PAU10 | General purpose modeling resin (Abs-like) |  |
Grey | IPA 2+2min | 30min |
| Modeling PAU11 | General purpose modeling resin (Abs-like) |  |
Grey | IPA 2+2min | 30min |
| Modeling PAT10 | General purpose modeling resin (Transparent) |  |
Transparent | IPA 2+2min | 7min |
| Design CMYK PAM10 | CMYK Multi Color |  |
CMYK | IPA 1+1min | 30min |
| Molding PAH10 | Heat Resistant Molding Resin |  |
Clear Tan | IPA 1+1min | 60℃/60min |
| Molding PAH10 Black | Heat Resistant Molding Resin (Black) |  |
Black | IPA 1+1min | 60℃/60min |
| Production PAP10 | High-precision Application Resin |  |
Ash Grey | IPA 1+1min | 30min |
| Production PAP10 Black | High-precision Application Resin (Black) |  |
Black | IPA 2+2min | 30min |
| Production PAWR10 | Wear-Resistant Application Resin |  |
Creamy; Cream Yellow |
IPA 1+1min | In water/60min |
| Casting PAC10 | Wax Casting Resin |  |
Violet | IPA 1+2min | 20min |
| Modeling PARP10 Orange Clay | Rapid Prototyping Modeling Resin (Orange Clay) |  |
Orange Clay | IPA 2+2min | 5min |
| Modeling PARP10 | Rapid Prototyping Modeling Resin |  |
Pale Purple | IPA 1+2min | 5min |
| Modeling PAS10 | Standard Modeling Resin |  |
Pale Purple | IPA 1+2min | 5min |
| Modeling PAS10 Black | Standard Modeling Resin |  |
Black | IPA 2+2min | 10min |
| Modeling PAS10 White | Standard Modeling Resin |  |
White | IPA 2+2min | 10min |
| Tooling PAE10 | Elastic Tool Resin (50A) |  |
Translucent | IPA 3+3min | In water/15min |
| Production PAE20 | Elastic Tool Resin (70A) |  |
Black | Ethyl Acetate 3+2min | Vertical autoclave/126°C/90min |
| Modeling PAWW10 | Water Washable Modeling Resin |  |
Ash Grey | Water + 3min | 20min |
| Modeling PAWW20 | Water Washable Modeling Resin 2.0 |  |
Translucent Pink | Water + 2min | 5min |
| Tooling PAU20 | General Purpose Modeling Resin (PC-like) |  |
Black | IPA 2+2min | 60℃/60min |
| Production PAF10 | Flexible Production Resin (PVC-like) |  |
Volcanic Grey | IPA 2+2min | 20min |
¶ 3. Description of Material Performance
| Material Model | Viscosity (cp) | Tensile Strength (Mpa) | Tensile Modulus (Mpa) | Elongation at Break (%) | Flexural Strength (Mpa) | Flexural Modulus (Mpa) | Impact Strength (Notched) (J/m) | Essential Work of Fracture (J/m²) | Pencil Hardness (for coating hardness) | Heat Deflection Temperature (℃)/0.455Mpa | Shore D Hardness | Tear Strength (kN/m) | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Modeling PAU10 | 745 | 45 | 1700 | 23 | 72 | 1700 | 27 | 8592 | H | 62 | 81D | - | |
| Modeling PAU11 | 426 | 54 | 1900 | 21 | 86 | 1980 | 42 | 6870 | H | 63 | 81D | - | |
| Modeling PAT10 | 925 | 43 | 1620 | 25 | 65 | 1580 | 31 | 12568 | H | 67 | 80.5D | - | |
| Design CMYK PAM10 | 1400 | 45 | 1600 | 20 | 65 | 1650 | 35 | 4115 | H | 59 | 80D | - | |
| Molding PAH10 | 660 | 81 | 3328 | 6 | 140 | 3354 | 35 | 3547 | H | 110 | 87D | - | |
| Molding PAH10 Black | 750 | 75 | 3150 | 7 | 136 | 3050 | 30 | 2650 | H | 95 | 87D | - | |
| Production PAP10 | 385 | 54 | 1750 | 12 | 93 | 1924 | 36 | 3051 | H | 58 | 82.5D | - | |
| Production PAP10 Black | 385 | 55 | 1750 | 12 | 94 | 2490 | 31 | 2366 | H | 58 | 78D | - | |
| Production PAWR10 | 373 | 34 | 1290 | 20 | 58 | 1300 | 64 | 4300 | 2H | 53 | 81D | - | |
| Casting PAC10 | 259 | 21 | 450 | 15.7 | 31 | 680 | 13 | / | B | Wax content: 70-75% Ash value: 0-0.02 |
63.5D | - | |
| Modeling PARP10 Orange Clay | 350 | 55 | 1750 | 15 | 80 | 1831 | 34 | 3350 | HB | 52 | 84D | - | |
| Modeling PARP10 | 647 | 44.5 | 1400 | 16 | 78 | 1640 | 32 | 3200 | HB | 52 | 82.5D | - | |
| Modeling PAS10 | 647 | 44.5 | 1400 | 16 | 78 | 1640 | 32 | 3200 | HB | 52 | 82.5D | - | |
| Modeling PAS10 Black | 250 | 250 | 48 | 2300 | 15 | 88 | 2490 | 27 | 2200 | H | 55 | 85D | - |
| Modeling PAS10 White | 229 | 48 | 2200 | 20 | 91 | 2460 | 45 | 7680 | H | 51 | 85D | - | |
| Modeling PAE10 | 2420 | 1.4 | - | 433 | / | / | / | / | - | - | 49A | 5.76 | |
| Modeling PAE20 | 5500 | 20 | - | 350 | / | / | / | / | - | Rubber Resilience: 55% Compression Set: 5% |
70A | 40 | |
| Modeling PAWW10 | 52 | 46 | 1300 | 10 | 75 | 1590 | 18 | 2295 | H | 52 | 83.5D | - | |
| Modeling PAWW20 | 64 | 32 | 1200 | 16 | 58 | 1450 | 25 | 3230 | H | 49 | 80D | - | |
| Modeling PAU20 | 3400 | 68.5 | 2285 | 23 | 110 | 2300 | 35 | 5400 | 2H | 60 | 84D | - | |
| Modeling PAF10 | 550 | 28 | - | 46 | 39 | 929 | 52 | 5385 | H | 38 | 75D | - |
¶ 4. Materials Certification and Application Direction
| Material Model | Passed aging tests | Applications |
|---|---|---|
| Modeling PAU10 | 1. ASTM G154 UV aging testing for 600 h (= being placed in room for 8 years, outdoors for 1 year) 2. YY/T0681.1 Heat aging testing for 1600 h (= being placed outdoors for 1 year) 3. GB/T 2423.3 Humidity and heat aging testing (required in the consumer electronics industry) 4. GB/T 2423.22 Thermal shock testing (required in the consumer electronics industry) 5. ISO 105-E04:2013 Corrosion testing of human sweat |
1. Functional parts and clamps in manufacturing; 2. Product casings (in computer, communication, and consumer electronics etc.); 3. Validation parts for functional prototypes that imitate ABS performance. |
| Modeling PAU11 | 1. ASTM G154 UV aging testing for 600 h (= being placed in room for 8 years, outdoors for 1 year) 2. YY/T0681.1 Heat aging testing for 1600 h (= being placed outdoors for 1 year) 3. GB/T 2423.3 Humidity and heat aging testing (required in the consumer electronics industry) 4. GB/T 2423.22 Thermal shock testing (required in the consumer electronics industry) 5. ISO 105-E04:2013 Corrosion testing of human sweat |
1. Functional parts and clamps in manufacturing; 2. Product casings (in computer, communication, and consumer electronics etc.); 3. Validation parts for functional prototypes that imitate ABS performance. |
| Modeling PAT10 | 1. ASTM G154 UV aging testing for 600 h (= being placed in room for 8 years, outdoors for 1 year) 2. YY/T0681.1 Heat aging testing for 1600 h (= being placed outdoors for 1 year) 3. GB/T 2423.3 Humidity and heat aging testing (required in the consumer electronics industry) 4. GB/T 2423.22 Thermal shock testing (required in the consumer electronics industry) 5. ISO 105-E04:2013 Corrosion testing of human sweat |
1. Transparent figure parts; 2. Prototyping validation of consumer electronics and so; 3. Transparent parts in end applications; 4. Transparent applications with demands in long-term anti-yellowing. |
| Design CMYK PAM10 | 1. ASTM G154 UV aging testing for 600 h (= being placed in room for 8 years, outdoors for 1 year) 2. YY/T0681.1 Heat aging testing for 1600 h (= being placed outdoors for 1 year) 3. GB/T 2423.3 Humidity and heat aging testing (required in the consumer electronics industry) 4. GB/T 2423.22 Thermal shock testing (required in the consumer electronics industry) 5. ISO 105-E04:2013 Corrosion testing of human sweat |
1. Validation of appearance prototypes with needs of customize color 2. Consume electronic enclosures for products that require long-term stability. |
| Molding PAH10 | 1. ASTM G154 UV aging testing for 600 h (= being placed in room for 8 years, outdoors for 1 year) 2. YY/T0681.1 Heat aging testing for 1600 h (= being placed outdoors for 1 year) |
1. Silicone molds 2. Functional prototype scenarios that require rigidity and creep resistance 3. Intake and exhaust ducts for RC cars and industrial parts operating at around 100°C |
| Molding PAH10 Black | 1. ASTM G154 UV aging testing for 600 h (= being placed in room for 8 years, outdoors for 1 year) 2. YY/T0681.1 Heat aging testing for 1600 h (= being placed outdoors for 1 year) |
Load-bearing structural components, accessory inserts, part housings, and silicone molding fixtures. |
| Production PAP10 | 1. ASTM G154 UV aging testing for 600 h (= being placed in room for 8 years, outdoors for 1 year) 2. YY/T0681.1 Heat aging testing for 1600 h (= being placed outdoors for 1 year) 3. GB/T 2423.3 Humidity and heat aging testing (required in the consumer electronics industry) |
1. Direct production of end products in miniatures, such as figures, props, and terrains. 2. Scale models that require precise detail reproduction. 3. Models that highlight textured structures. |
| Production PAP10 Black | 1. ASTM G154 UV aging testing for 600 h (= being placed in room for 8 years, outdoors for 1 year) 2. YY/T0681.1 Heat aging testing for 1600 h (= being placed outdoors for 1 year) 3. GB/T 2423.3 Humidity and heat aging testing (required in the consumer electronics industry) |
1. Direct production of end products in miniatures, such as figures, props, and terrains. 2. Scale models that require precise detail reproduction. 3. Models that highlight textured structures. |
| Production PAWR10 | 1. ASTM G154 UV aging testing for 200 h (= being placed in room for 3 years) 2. YY/T0681.1 Heat aging testing for 1600 h (= being placed outdoors for 1 year) 3. GB/T 2423.3 Humidity and heat aging testing (required in the consumer electronics industry) |
1. BJD heads and bodies. 2. Scenarios demanding in a glossy finish without layer lines. 3. Consumer electronic enclosures. 4. PP rigidity simulation scenarios |
| Casting PAC10 | NA | 1. Lightweight jewelry (rings, earrings, pendants, etc.) 2. Exquisite characteristic parts (ear studs, net-shaped accessories, etc.) 3. Heavy jewelry (bracelets, heavy rings, etc.) |
| Modeling PARP10 Orange Clay | NA | 1. Figure and model making: This type of resin is commonly used in the production of figures, military models, and car models. Due to its excellent flexibility and smooth surface, artists and craftsmen often use it to create detailed models. 2. Jewelry making: This type of resin is commonly used as a casting mold. Jewelry designers can use it to create prototypes, which are then transformed into metal products through lost-wax casting technique. 3. Industrial design and prototyping: Industrial designers typically use this type of resin to create product prototypes and models. Its machinability allows designers to quickly produce and modify design models. 4. Education and research: This type of resin is often used to create teaching models and experimental equipment. Its ease of use and flexibility make it an ideal material for teaching and research. 5. Restoration and preservation of artifacts: This type of resin is used to repair and protect ancient artifacts and artworks. Its stability and reversibility make it an important tool in artifact restoration. |
| Modeling PARP10 | 1. ASTM G154 UV aging testing for 200 h (= being placed in room for 3 years) 2. GB/T 2423.3 Humidity and heat aging testing (required in the consumer electronics industry) |
1. Scenarios demanding in layer lines on the surface (the printed material is matte with no layer lines). 2. Miniatures, mecha parts that are mostly curved or flat. 3. Validation of appearance prototypes and other scenarios demanding in dimensions and fitting precision. |
| Modeling PAS10 | 1. ASTM G154 UV aging testing for 200 h (= being placed in room for 3 years) 2. GB/T 2423.3 Humidity and heat aging testing (required in the consumer electronics industry) |
1. Scenarios demanding in layer lines on the surface (the printed material is matte with no layer lines). 2. Miniatures, mecha parts that are mostly curved or flat. 3. Validation of appearance prototypes and other scenarios demanding in dimensions and fitting precision. |
| Modeling PAS10 Black | 1. ASTM G154 UV aging testing for 200 h (= being placed in room for 3 years) 2. GB/T 2423.3 Humidity and heat aging testing (required in the consumer electronics industry) |
1. Scenarios demanding in layer lines on the surface (the printed material is matte with no layer lines). 2. Miniatures, mecha parts that are mostly curved or flat. 3. Validation of appearance prototypes and other scenarios demanding in dimensions and fitting precision. |
| Modeling PAS10 White | 1. ASTM G154 UV aging testing for 200 h (= being placed in room for 3 years) 2. GB/T 2423.3 Humidity and heat aging testing (required in the consumer electronics industry) |
1. Scenarios demanding in layer lines on the surface (the printed material is matte with no layer lines). 2. Miniatures, mecha parts that are mostly curved or flat. 3. Validation of appearance prototypes and other scenarios demanding in dimensions and fitting precision. |
| Tooling PAE10 | NA | 1. Figure components. 2. Simulated functional validation of silicone. 3. Direct production of flexible objects like medical anatomical models. |
| Production PAE20 | 1. YY/T0681.1 Heat aging testing for 1600 h (= being placed outdoors for 1 year) 2. GB/T 2423.3 Humidity and heat aging testing (required in the consumer electronics industry) 3. GB/T 2423.22 Thermal shock testing (required in the consumer electronics industry) 4. ISO 105-E04:2013 Corrosion testing of human sweat |
Footwear, shock-absorbing components, flexible fixtures, sports wearables, consumer electronics, medical models, rapid industrial validation, etc. |
| Modeling PAWW10 | NA | 1. Figures and miniatures. 2. Customers sensitie to the smell of alcohol. |
| Modeling PAWW20 | 1. GB/T 2423.3 Humidity and heat aging testing (required in the consumer electronics industry) | |
| Tooling PAU20 | NA | 1. Mass production of fixtures resistant to long-term stress like camera brackets, bike handles and so. 2. Simulated functional validation of PC materials. |