Accura SL 5530
Description
By combining state-of-the-art temperature resistance with the unprecedented ability to vary the mechanical properties of finished parts, SL 5530 gives you the power to tackle a wide variety of high temperature and adverse testing applications. USE IT FOR HIGH-TEMPERATURE APPLICATIONS. SL 5530 delivers the highest heat resistance of any SLA system build material available today on a solid state machine, withstanding temperatures in excess of 200°C (392°F). It’s ideal for high-temperature applications — including automotive under-the-hood testing, composite autoclave tooling, high-temperature RTV molding, and more. NEW — TUNE MECHANICAL PROPERTIES SIMPLY BY VARYING BUILD STYLES. Use the FASTTM build style to gain both faster throughput and the highest possible heat deflection temperature; or use the EXACTTM build style for accuracy and green strength. Use both build styles in a single model to put the appropriate properties precisely where you need them. Only 3D Systems offers you this option.
Additional information
Specification: Accura SL 5530
| Header | Accura SL 5530 |
|---|---|
| Brand | 3D Systems |
| Material name | Accura SL 5530 |
| Technology | SLA / DLP |
| How it comes | Resin |
| Properties | 3D Printer Resins |
| General material type | Resin |
| Material group specific material type | High Temp Resin |
| Colour | Transparent |
| Datasheet | https://dl.airtable.com/8NGzd8P6RC9g2nOIGQNd_3Qss83SDS1WNLdESV1Wl_SL5530_7000.pdf |
| Tensile strength yield xy in mpa | 57 |
| Elongation at break xy | 3 |
| Flexural strength xy in mpa | 109 |
| Flexural modulus xy in mpa | 2972 |
| Impact strength | Low |
| Shore hardness shore d a | 88 D |
| Glass transition temperature | 82 |
| Heat deflection temperature 0 45mpa | 68 |
| Heat deflection temperature 1 82mpa | 56 |
| Density g cm | 1.25 |
| Legal disclaimer | 3DC LTD is not liable for the accuracy of the information contained within this database. Please consult directly with the relevant machine and/or material manufacturers before determining fitness for a particular use. |
