Parts created in DL401 show superior compression behaviour, and resistance to fatigue, temperature, and moisture without bending or deforming. HighTemp DL401 can be used for quick printing applications and can print with an impressive layer thickness of 350 microns. HighTemp DL401 works on Photocentric’s Daylight 3D Printers.

Optimised for:
• Hot fluid and gas manifolds
• Moulds and inserts
• Heat resistant housings and fixtures
• Outdoor applications

Unique Features:
• Excellent long-lasting performance under heat and stress
• Smooth surface finish and ability to print fine detail
• Quick and fast prototyping 350 µm layer
• Minimal shrinkage, dry surface touch
• Simulating the strength and stiffness of glass filled Nylon 6
• Ideal for plastic injection moulding


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Tensile Properties
• Tensile Modulus * 3180 MPa ASTM D638
• Ultimate Tensile Strength * 76.9 MPa ASTM D638
• Elongation at break * 4.8% ASTM D638

Flexural Properties
• Flexural Modulus * 3240 MPa ASTM D790
• Flexural Strength * 123 MPa ASTM D790

Impact Properties • Impact Strength Notched Izod * 15.8 J/m ASTM D256

General Properties • Hardness * 92 D ASTM D2240
• Heat Deflection Temperature 270°C ASTM D648 (0.455 MPa)
• Heat Deflection Temperature 97°C ASTM D648 (1.82 MPa)
• Water Absorption (Short Term) 0.28 wt% ASTM D570
• Viscosity 700 cPs At 25°C Brookfield spindle 3
• Density 1.10 g/cm3 Internal
• Storage 10-50°C

*Mechanical properties stated based on fully cured material. Post cured for 2hrs at 60°C in Cure L2 or Cure XL **Exact figure to be confirmed





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Pre-Print Instructions

Printing on LC Magna
1. To print with Photocentric Liquid Crystal Magna, choose ‘HighTemp DL401’ and the desired layer thickness when preparing your print file in Photocentric Studio.
2. Heat the resin to 60°C for 5 hours or until the resin is fully liquified in the bottle. Failure to do so prior to printing may result in the resin crystalizing, leading to print failures.
3. Shake the resin bottle for 2 minutes before pouring into the LC Magna resin vat.

Printing on LC Titan
1. To print with Photocentric Liquid Crystal Titan, choose ‘HighTemp DL401’ and the desired layer thickness when preparing your print file in Photocentric Studio.
2. Heat the resin to 60°C for 5 hours or until the resin is fully liquified in the bottle. Failure to do so prior to printing may result in the resin crystalizing, leading to print failures.
3. Shake the resin bottle for 2 minutes before pouring into the LC Titan resin tank.

Post-Print Instructions

Printing on LC Magna 1. It is recommended to drain and clean the vat after printing if ambient temperatures are below 23°C
2. Place the platform into the Photocentric Air Wash L
3. Parts can be washed in 10 minutes using Photocentric Resin Cleaner 30
4. Once washed, rinse with warm water for maximum of 10 minutes
5. Dry well with compressed air to remove any remaining water
6. Cure for 1 hour at 60°C in Cure L2
7. Remove the platform from the Cure L2, allow to cool down and remove parts from the platform. Parts printed in DL401 can be thermally shocked for easier removal

Printing on LC Titan
1. Place the platform into the Photocentric Wash XL
2. Parts can be washed in 10 minutes using Photocentric Resin Cleaner 30
3. Once washed, rinse with warm water for maximum of 10 minutes
4. Dry with compressed air to remove any remaining water
5. Place the platform into the Photocentric Cure XL, start ‘Dry’ cycle for 1 hour at 60°C (WITH NO UV LIGHT) to ensure parts are fully dry
6. Start ‘Cure’ cycle, and leave to cure for 1 hour at 60°C
7. Remove the platform from the Cure XL, allow to cool down and remove parts from the platform. Parts printed in DL401 can be thermally shocked for easier removal.
Bilby 3D provides a 3 month Australian, back-to-base warranty of this product (Terms and conditions)
For technical support of this product please read our knowledge bank or log a ticket
Material Safety Data Sheet

Technical Data Sheet