In stock
ALTANA Cubic Ink Rigid 1600 VP – Affordable Functional Prototyping Resin (DLP/LCD/mSLA) | 1 kg & 5 kg
Affordable, high-precision functional prototyping resin for industrial applications — with balanced strength, thermal and chemical resistance for DLP/LCD systems.
- ✓ 62 MPa tensile · 3000 MPa modulus · HDT-B 80 °C — stiff, dimensionally stable
- ✓ Excellent chemical resistance (<2.5% mass gain) & 0.2% water uptake
- ✓ High-precision printing on DLP/LCD; uncolored, black, red
- ✓ A cost-effective functional prototyping material (alternative to Loctite PRO410)
Two bottle sizes: 1 kg — $125.40 · 5 kg — $102.60/kg (volume saving). Invoiced per kg; USD reference.
$125
What your process engineer actually checks
Precision and strength we can validate
The 62 MPa tensile, 3000 MPa modulus and HDT-B 80 °C come straight from the ALTANA TDS. We help set exposure and post-cure so prototypes come out precise and robust.
A materials engineer on the line
Factory-trained support, not a remote ticket queue. We help you match Rigid 1600 to your prototyping needs and printer. Sub-24h reply, NDA standard.
ALTANA Cubic Ink Rigid 1600 VP is an affordable, high-precision functional prototyping resin for industrial applications, with balanced strength, thermal and chemical resistance for DLP and LCD systems.
Why engineers choose Rigid 1600 VP
Precise, robust prototyping at a lower cost.
Stiff and precise
62 MPa tensile, 3000 MPa modulus and 105 MPa flexural strength, with high XY precision on DLP/LCD systems.
Heat & chemically resistant
HDT-B 80 °C, under 2.5% mass gain across acids, bases and solvents, and just 0.2% water uptake.
Affordable prototyping
A cost-effective industrial prototyping resin for everyday functional parts and fit checks.
Multiple colors
Available black, uncolored and red; additional colors on request.
Technical properties
Measured on black resin (TDS v5). Post-cured 2×30 min UV, Formcure L @ 80 °C.
| Property | Value | Method |
|---|---|---|
| Viscosity (25 °C) | 770 mPa·s | DIN EN ISO 3219 |
| Density | 1.10 g/mL | DIN EN ISO 15212-1 |
| Ultimate tensile strength | 62 MPa | DIN EN ISO 527-5A |
| Tensile modulus | 3000 MPa | DIN EN ISO 527-5A |
| Elongation at break | 3.2 % | DIN EN ISO 527-5A |
| Flexural strength / modulus | 105 / 2700 MPa | DIN EN ISO 178 |
| Izod, notched | 15 J/m | DIN EN ISO 180 |
| Shore hardness | 85 D | DIN EN ISO 7619 |
| HDT-B | 80 °C | DIN EN ISO 75 |
| Water uptake (24 h) | 0.2 % | Internal |
| Colors | Black, uncolored, red | — |
A similar option to Loctite PRO410 HDT70
Same prototyping class, with higher stiffness and heat resistance.
| Property | Loctite PRO410 HDT70 | Cubic Ink Rigid 1600 VP |
|---|---|---|
| Ultimate tensile strength | 48 MPa | 62 MPa |
| Tensile modulus | 1900 MPa | 3000 MPa |
| HDT (0.45 MPa) | 76 °C | 80 °C |
| Shore hardness | 84 D | 85 D |
Higher tensile strength, modulus and HDT for prototypes and functional parts. Talk to us about the best fit for your application.
Typical applications
Everyday functional prototyping.
How you run it
Print → wash → UV post-cure.
LCD / DLP / mSLA at 385 or 405 nm, high precision. Stir before use.
Wash
Cubic Ink Cleaner 400; dry with compressed air.
Post-cure
UV post-cure (2×30 min at 80 °C) for full properties.
| Brand | ALTANA Cubic Ink |
| Available colors | Black, Red, Uncolored |
| Print Feature | Prototyping |
| Tensile Stress at Break (MPa) | 62 |
| Tensile Modulus (MPa) | 3000 |
| Elongation at Break (%) | 3.2 |
| Flexural Strength (MPA) | 105 |
| Flexural Modulus (MPa) | 2700 |
| IZOD Impact (Notched, J/m) | 15 |
| Shore Hardness (3s) | 85 |
| [email protected] MPA (°C) | 80 |
| Water Absorption (24hr) % | 0.2 |
Complete the workflow
Common questions
Don't see yours? Email [email protected] — NDA standard, typical reply within 4 hours.
What is Rigid 1600 VP best for?
How strong and heat-resistant is it?
What colors and printers are supported?
How is it processed?
Place your order, or talk to an engineer first
Order ALTANA Cubic Ink Rigid 1600 VP – Affordable Functional Prototyping Resin (DLP/LCD/mSLA) | 1 kg & 5 kg direct, or talk to materials engineer