JAMG HE Art-Engineering 3D Printer Resin – 1000g
3D Printer Resin, JAMG HE 10K Art-Engineering Toughness Non-Brittle New Upgraded ABS-Like Resin for UV-Curing Photopolymer Rapid High Precision Low Odor LCD DLP SLA 405nm Resin. Jamg He official distributors of all types of resins and filaments that we hold in our stock.
₨ 14,000
JAMG HE Art-Engineering Resin for 3D Printer – 1000g / 1kg
Features:
- Fine Details – JAMG HE 10k Art Engineering Resin has a very smooth finish and high precision. Excellent forming ability makes you enjoy the whole printing process more.
- High Toughness – 80-88D hardness and up to 38.36Mpa tensile strength, making your resin prints really not brittle and high toughness.
- Good Machinability – It can be cut by knife and has the characteristics of hand-carving. After being deeply cured by the curing device, the surface has good scratch resistance.
- Better Choice – JAMG HE 10k Art Engineering Resin is the best printing choice for figures and gadget accessories, widely used in various areas such as home, office, school, etc.
- Widely Compatible – Compatible with 2K 4K 6K 8K 12K 385-405nm 3D printers of many best-selling brands on the market, the stable quality makes every printing of yours a success.
Art Engineering Resin
Art engineering like is a new update of ABS like 3d printer resin.
Works with all 3d resin printers great mechanical property and scratch resistance, and it is affordable resin among the strongest resins.
ABS Like + Resin?
If you are not sure which abs resin has better machinal property, then try jamghe art engineering like resin.
It could meet all your requirements for miniature making or prototype etc. And it works perfect on any opensource LCD printer.
Hard Toughness
Art engineering resin is hard tough with impact resistance 460J/M, allow you to do peeling, punching, tapping, screwing etc. it is the one for design office to make any prototype before manufacturing.
Type of 3D Printer Resin | Plant-based Resin |
Flexural modulus (MPa) | 531.27 ±10% |
Flexural strength (MPa) | 20.27 ±10% |
Tensile strength (MPa) | 27.46 ±10% |
Tensile modulus (MPa) | 328.5 ±10% |
Maximum pulling force (N) | 1141.7 ±10% |
Elongation at break (%) | 21.8 ±10% |
Hardness (Shore D) | 76-86 |
Density (g/cm³) | 1.05-1.25 |
Notched impact strength (J/m) | 58 ±10% |
Viscosity (mPa·s) | 200-400 |
