Loctite3D Loctite 3D IND5714 Resin - Gray - (1kg)
LOCTITE 3D IND5714 is a versatile gray elastomer designed for high-rebound applications, offering excellent tear strength, strain resistance, and biocompatibility. Ideal for cushioning, dampening, and soft robotics, it features a soft feel and high elongation at break. Compatible with DLP and LCD machines, it's suitable for industries like automotive and consumer goods. Key features include high rebound, biocompatibility (ISO 10993-5), and low Shore A hardness.
- High rebound and strain resistance
- Biocompatible and TPO-free
- Compatible with DLP and LCD printers
List Price: | $260.00 |
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Price: | $260.00 |
Price: | $... |
Availability: | Currently Unavailable |
Order Now: | Ships Monday Free U.S. Shipping |
LOCTITE 3D IND5714
One-Part Solution for High-Rebound Applications
LOCTITE 3D IND5714 is a versatile gray elastomer designed for industrial applications requiring high rebound and repetitive strain resistance. With its excellent tear strength, compression set, and biocompatibility, this material is ideal for use in cushioning, dampening, and safe touch applications. Its soft feel and high elongation at break make it suitable for industries such as automotive, consumer goods, and soft robotics. LOCTITE 3D IND5714 is also compatible with various DLP and LCD machines, providing reliable performance across a range of industrial and consumer needs.
Key Features of the LOCTITE 3D IND5714:
- High rebound with excellent strain resistance
- Biocompatibility certified (ISO 10993-5)
- Soft feel with good tear resistance and elongation
- TPO-free and excellent health & safety rating
- Ideal for shock absorbers, gaskets, and soft robotics applications
Industrial Elastomer with High Rebound
LOCTITE 3D IND5714 is a low-hazard elastomer with excellent repetitive strain resistance, making it ideal for cushioning and dampening applications. Its combination of high rebound, low Shore A hardness, and low modulus ensures effective performance across a variety of industries. This material is also compatible with a wide range of DLP and LCD printing machines.
- Excellent elongation at break and high rebound for durable cushioning applications.
- Low Shore A hardness provides a soft feel and reliable performance.
- Broad compatibility with DLP and LCD printers for versatile use.
Key Benefits of LOCTITE 3D IND5714
LOCTITE 3D IND5714 offers a superior health and safety rating along with improved processing capabilities. Its high rebound, soft feel, and excellent compression characteristics make it ideal for a wide range of industrial and consumer applications. This elastomer is perfectly suited for cushioning, dampening, and soft robotics uses, while being TPO-free.
- High rebound and compression characteristics ensure durability in demanding applications.
- Soft feel and high elongation make it suitable for shock absorbers, gaskets, and seals.
- Versatile enough for industries like automotive, consumer goods, and soft robotics.
Workflow for Optimal Printing Results
To achieve the best properties for LOCTITE 3D IND5714, validated workflows must be followed as outlined in the technical data sheet.
Printer Settings:
- LOCTITE 3D IND5714 GY is optimized for use on LCD and DLP printers. Make sure to consult the safety data sheet for detailed health and safety instructions.
Recommended Print Parameters:
- Shake resin bottle well before use.
- Temperature Range: 20°C to 35°C
- Light Intensity: 3 mW/cm² to 7 mW/cm²
Mechanical and Other Properties
Mechanical Properties
-
Young’s Modulus:
- Measure Method: ASTM D638
- Green: -
- Post Processed: 4.1 – 4.9 MPa [10]
-
Tensile Stress at Break:
- Measure Method: ASTM D638
- Green: -
- Post Processed: 1.4 MPa [10]
-
Elongation at Break:
- Measure Method: ASTM D638
- Green: -
- Post Processed: 130 – 143 % [10]
-
Stress at 50% Strain:
- Measure Method: ASTM D412
- Green: 0.7 MPa [9]
- Post Processed: 1.2 MPa [9]
-
Stress at 100% Strain:
- Measure Method: ASTM D412
- Green: 1.0 MPa [9]
- Post Processed: 1.7 MPa [9]
-
Stress at 150% Strain:
- Measure Method: ASTM D412
- Green: 1.3 MPa [9]
- Post Processed: 2.3 MPa [9]
-
Stress at Break:
- Measure Method: ASTM D412
- Green: 2.0 – 2.4 MPa [9]
- Post Processed: 2.9 MPa [9]
-
Strain at Break:
- Measure Method: ASTM D412
- Green: 228 – 261 % [9]
- Post Processed: 191 – 195 % [9]
-
Tear Strength:
- Measure Method: ASTM D624
- Green: -
- Post Processed: 8.4 – 9.4 kN/m [8]
-
Energy Return:
- Measure Method: Internal
- Green: -
- Post Processed: 55 – 63 % [4]
-
Compression Set (22°C/24hr):
- Measure Method: D395-B
- Green: -
- Post Processed: 8 – 11 % [3]
-
Compression Set (70°C/24hr):
- Measure Method: D395-B
- Green: -
- Post Processed: 25 – 32 % [3]
-
Shore Hardness (5s):
- Measure Method: ASTM D2240
- Green: -
- Post Processed: 53 [2]
Other Properties
-
Solid Density (Cured):
- Measure Method: ASTM D792
- Value: 1.04 g/cm³ [1]
-
Water Absorption (24hr):
- Measure Method: ASTM D570
- Value: 3.5 % [5]
-
Water Absorption (72hr):
- Measure Method: ASTM D570
- Value: 5.0 % [5]
-
Water Absorption (168hr):
- Measure Method: ASTM D570
- Value: 5.3 % [5]
Biocompatibility
- Cytotoxicity:
- Measure Method: ISO 10993-5
- Value: Comply [11]
Liquid Properties
-
Viscosity at 25°C (77°F):
- Measure Method: ASTM D7867
- Value: 2700 cP [6]
-
Liquid Density:
- Measure Method: ASTM D1475
- Value: 1.01 g/cm³ [7]
Questions
Would this work well with taulman bridge filament?
is this product resistant to being soaked in gasoline when dry? (like nylon)
Can this glue nylon to aluminum?
Can this glue other materials to Nylon?
Is the strength of the glue comparable to the nylon the parts are printed with?
How would this compare to CA glue
Does it work on Alloy 910?
Will this work on NylonX?
Where can I find the MSDS?
is this going to come back into stock?
Unfortunately the item has been discontinued.