UV DLP Firm 3D Resin
£27.50 excl vat
FREE UK shipping on orders over £100
Photocentric’s range of DLP printer resins includes a firm resin allowing for a wide range of applications. UV DLP Firm resin produces the perfect results for 3D printing hobbyists, enthusiasts and professionals looking to produce stiff parts with a bit of bend and flex without snapping. DLP firm is a polypropylene-like rigid resin, which can be used for many everyday products such as containers, toys, caps, crates and bottles. If you are looking for a solid material that is tough, durable and long lasting for your 3D printer, then look no further than UV DLP Firm.
Key Features
• Pliable
• Quick curing
• High Accuracy
Compatible Printers:
UV DLP and UV LCD Printers such as MoonRay, Asiga, Envisontec, Flashforge, Anycubic, Wanhao, Phrozen, Sparkmaker, Kudo Bean and more.
Properties
UV DLP Firm Resin
Tensile Properties
Tensile Modulus *
Tensile Strength *
Elongation at break *
700 MPa
26 MPa
10%
ASTM D638
ASTM D638
ASTM D638
General Properties
Hardness *
Heat Deflection Temperature *
Viscosity
Density
Storage
Colour
65 Shore D
52 °C
560 cPs
1.18 g/cm3
10<T>50°C
Grey
ASTM D2240
ASTM D648 (0.455 MPa)
At 25°C Brookfield spindle 3
* Post cured for 1hr at 60°C in Cure L2
Properties
UV DLP Firm Resin
Tensile Properties
Tensile Modulus *
700 MPa
ASTM D638
Tensile Strength *
26 MPa
ASTM D638
Elongation at break *
10%
ASTM D638
General Properties
Hardness *
65 Shore D
ASTM D2240
Heat Deflection Temperature *
52 °C
ASTM D648 (0.455 MPa)
Viscosity
560 cPs
At 25°C Brookfield spindle 3
Density
1.18 g/cm3
Storage
10<T>50°C
Colour
Grey
* Post cured for 1hr at 60°C in Cure L2
Glossary of Key Terms
Tensile strength: Ability for an object to withstand pulling (tensile) force. Measured in units of force per cross-sectional area.
% elongation: How much an object can be stretched from its original shape.
Young’s Modulus: How much force is needed to stretch an object.
Flexural Strength: Ability to resist deformation under load.
Flexural Modulus: Measurement of an objects resistance to bend when force is applied (bend modulus).
HDT: Temperature at which a plastic deforms under heat.
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