Durable UV80
3Pages

Technical Data Durable UV80 Compatible Printers Properties Impact Strength Low Tensile Modulus Soft UV LCD & DLP 3D Printers Liquid Crystal Liquid Crystal Available in 500g, 1kg & 5kg bottles (UV80 Black) Introduction Photocentric’s Durable range is the most versatile material of the Photocentric functional materials. Durable UV80 is similar to ABS in its ability to resist impact, compress, bend and stress fatigue without breaking or deforming. Photocentric Durable UV80 works with a variety of UV LCD and DLP 3D printers, as well as the Photocentric Liquid Crystal Dental and Opus printers. Best Used for: • • • • Jigs and fixtures requiring minimal deflection Cover-plates and enclosures Fastenings, tools and couplings Suitable for end-use parts Tough, durable, and long lasting Simulating the strength and stiffness of ABS High definition Smooth surface finish UK Titan House, 20 Titan Drive, Peterborough, PE1 5XN. email: info@photocentric.co.uk USA Avondale 107 - Building ‘A’ 855 N. 107th Ave., Suite A110, Avondale, Arizona 85353 email: info@photocentricusa.com www.ph

Technical Data Properties Tensile Properties Tensile Modulus * Ultimate Tensile Strength * Elongation at break * Flexural Properties Flexural Strength * Flexural Modulus * Impact Properties Impact Strength Notched Izod * General Properties Hardness * Heat Deflection Temperature Viscosity Density Storage ASTM D638 ASTM D638 ASTM D638 ASTM D2240 At 25°C Brookfield spindle 3 * Mechanical properties stated based on fully cured material. Resin Preparation prior to Print • Heat the resin to 30°C in the bottle. Shake the resin bottle for 2 minutes before pouring into the resin vat. Stir resin in...

Technical Data UV Resin Layer Exposure Guidelines Overview This guide will assist you in establishing a layer exposure time for a desired resin and layer thickness based on the characteristics of Photocentric’s UV Resin range and your UV 3D printer. Each resin requires a specific energy to cure a certain layer thickness. ‘Energy’ is defined by multiplying ‘light output intensity’ of your printer and a ‘given time of exposure’. The equation below simply explains the matter: Energy [mJ/cm²]= Light Output Intensity [mW/cm²] x Exposure Time [s] Your UV 3D printer manufacturer will provide you...