3Dresyn PEEK-like has these features and benefits:
- similar properties to Polyetheretherketone PEEK but relatively slighlty lower mechanical and thermal strength but superior appearance, hydrophobicity, water, chemical resistance and cost effectiveness vs PEEK
- clear light orange finishing unless your chosen color is added online
- add radio opaque functionality by selecting 3D-ADD ROC1 as optional functionality in the optional functionality menu above
- Tensile strength >50 MPa
- ultra high flexural strength at break >140 MPa
- ultra tough and rigid (Young modulus 2500-3700 MPa)
- high impact, wear, shattering and fracture resistance (Notched Izod >30 J/m)
- 100% biocompatible, implantable and food grade
- Monomer Free MF for increased biocompatibility and the HV version for increased mechanical performance
- choose LV version for a relatively Low Viscosity version <5000 cps at 25ºC for printing without heated printers or below 25ºC
- choose HV version for a relatively High Viscosity version <8000 cps at 25ºc for printing with heated printers or above 25ºC, for overall improved durability and mechanical properties
- ideal for engineering applications where high toughness and rigidity are required
- ideal for printing frames for dentures bases
- excellent chemical resistance, including to concentrated sulphuric acid
- excellent temperature resistance
- excellent resistance to boiling water and sterilisation
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water solubility: ≤ 1,6 µg/mm3
- hydrophobic, ultra low water absorption ULWA≤ 32 µg/mm3
- high Deflection Temperature >120ºC@0.45MPa
- lightweight, density is 1.0-1.1 gram/cm3
- ultra pure and safe, non cytotoxic
- hydrophobic, ultra low water absorption ULWA
- high dimensional stability even at high temperature
- ideal for engineering and biomedical systems
- high hardness, Shore hardness D85-90 range
- elongation <3%
- Glass transition temperature >120ºC
- very low shrinkage
- printable by SLA, DLP & LCD 3D printers
- increased durability of the resin tank
- metal and organo-tin free
- follow our detailed Instructions for Use "IFU"