LOCTITE LOCTITE 3D IND406 Resin - Black (1kg)

LOCTITE IND406 Resin is a durable black 3D printing material designed for high-temperature industrial applications. It offers excellent strength, impact resistance, and high elongation, making it a viable alternative to ABS and PP plastics. Key features include a heat resistance of up to 100°C, great surface finish, and ISO 10993 biocompatibility, suitable for automotive interiors, manufacturing, and machinery components.

  • High heat resistance (HDT 100C)
  • Strong with good dimensional stability
  • Suitable for automotive and manufacturing
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Price: $230.00
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Product No. M-7S9-GFMT

LOCTITE IND406 RESIN

Tough Resin with High Temperature Resistance

LOCTITE IND406 is a robust and durable 3D printing resin designed for industrial applications requiring high temperature performance. This black resin combines all-round strength, good impact resistance, and high elongation, making it an excellent alternative to traditional injection molded plastics like ABS and PP. Its stiffness, toughness, and thermal durability make it ideal for a wide range of production tools and final parts. LOCTITE IND406 can be used in various DLP printers and the parts produced can be machined, tapped, or polished to achieve a final finish. It is particularly suitable for automotive interiors, manufacturing, tooling, fixtures, and machinery components.

Key Features of the Loctite IND406 Resin:

  • High Heat Resistance temperature, HDT 100 °C
  • Strong with good dimensional stability
  • Great surface finish
  • Biocompatibility: ISO 10993 -5/-23 passed
  • Ideal for a variety of industrial applications including automotive and manufacturing

TECHNICAL SPECIFICATIONS

Mechanical Properties

Property Measure Method Green Post Processed
Young’s Modulus (MPa) ASTM D638 360 ± 50 [1] 1610 ± 40 [16]
Tensile Stress at Break (MPa) ASTM D638 17 ± 3 [1] 55 ± 1 [16]
Elongation at Break (%) ASTM D638 40 ± 6 [1] 25 ± 4 [2]
Flexural Modulus (MPa) ASTM D790 391 ± 28 [21] 1880 ± 25 [21]
Flexural Stress at Break (MPa) ASTM D790 - -
Flexural Strain at Break (%) ASTM D790 >5 [21] >5 [21]
IZOD Impact (Notched) (J/m) ASTM D256 75 ± 4 [3] 35 ± 8 [4]
Shore Hardness (3s) (D) ASTM D2240 57 ± 1 [6] 79 ± 1 [7]

Other Properties

Property Measure Method Value
HDT at 0.455 MPa (°C) ASTM D648 107 ± 1 [5,17]
HDT at 1.82 MPa (°C) ASTM D648 81 ± 2 [5,17]
Water Absorption (24 h) (%) ASTM D570 1.4 [8]
Water Absorption (72 h) (%) ASTM D570 2.6 [9]
Solid Density (g/cm³) ASTM D792 1.19 [18]
Thermal Conductivity (mW/m·K) ASTM D5930 206 ± 3 [14]
Heat Capacity (J/(g·K)) ASTM D5930 1.46 ± 0.04 [14]
Horizontal flame spread speed (mm/min) DIN 75200 28 (Pass) [15]
Biocompatibility - Cytotoxicity ISO10993-5 Comply [19]
Biocompatibility - Irritation ISO10993-23* Comply [20]

Notes

  • *ISO10993-23: Pending full compliance status confirmation.
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Workflow and Printer Settings

Workflow

To achieve the properties as provided in the Technical Data Sheet (TDS), it is essential to follow validated workflows. Below are examples of validated workflow steps for optimal results available HERE

Printer Settings

LOCTITE 3D IND406 BK is formulated to print optimally on industrial DLP printers. Please read the safety data sheet carefully for detailed health and safety instructions. The recommended print parameters are:

  • Shake resin bottle well before usage.
  • Temperature: 20°C to 35°C.
  • Intensity: 3 mW/cm² to 7 mW/cm².

Exposure Time for an Intensity of 4-7 mW/cm²:

  • Layer Thickness (µm): 100
  • Burn-in Region (s): 40
  • Model Region (s): 6
  • EC (mJ/cm²): 6.45
  • DP (mm): 0.28

Cleaning

LOCTITE 3D IND406 BK requires post-processing to achieve specified properties. Prior to post curing, support structures should be removed from the printed part, and the part should be washed. Use compressed air to remove residual solvent from the surface of the material between intervals.

Post-Process Steps:

Step Agent Method Duration Intervals Additional Info
Cleaning IPA Ultra sonic bath 3 min 1 Allow parts to dry between intervals
Dry n.a. Compressed air 10 to 60 s 1 Air pressure (50 psi)
Wait before curing n.a. Ambient condition 60 min 1 Room temperature

Following these steps ensures that the printed parts achieve the desired properties and quality.

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