Loctite3D 3843 is a semi-flexible resin with moderate temperature resistance up to HDT60, high impact strength, and versatility for various applications. This material is a high-strength engineering plastic with exceptional impact resistance and a superior surface finish. The product’s unique features make it ideal for use in various industrial tools and equipment.
One notable feature of this material is its outstanding green strength and HDT, which enables it to print accurately and function efficiently at room temperature. This characteristic makes it a reliable and efficient option for various applications.
In summary, Loctite 3D 3843 offers various benefits in its excellent physical properties, including high impact strength, moderate temperature resistance, and versatility. These properties make it a reliable and efficient option for industrial and commercial applications.
Material Manufacturer: Henkel
Black
| Mechanical Properties | Cured |
|---|---|
|
Tensile Stress at Break |
7,397 ± 290 psi |
|
Youngs Modulus |
262 ± 6.8 ksi |
|
Elongation at Break |
43 ± 10% |
|
Flexural Stress at Break |
NA |
|
Fluxural Modulus |
259 ± 6.5 ksi |
|
Heat Deflection at 264 psi |
129° F |
| Mechanical Properties | Cured |
|---|---|
|
Tensile Stress at Break |
51 ± 2 MPa |
|
Youngs Modulus |
1,806 ± 47 MPa |
|
Elongation at Break |
43 ± 10% |
|
Flexural Stress at Break |
NA |
|
Flexural Modulus |
1,783 ± 45 MPa |
|
Heat Deflection at 1.82 MPa |
54° C |
9.5 x 5.25 x 19.25 in
3 – 5 Days
± 0.005 in for the first inch and
± 0.0015 in/in for each additional inch
Standard Resolution: 0.004 in
Fine Resolution: 0.002 in
Hybrid Photosynthesis (HPS) is a 3D printing technique that combines two popular methods: digital light processing (DLP) and stereolithography (SLA). DLP uses a light projector to cure a resin layer by layer, while SLA employs a laser to harden the resin. Hybrid Photosynthesis uses both techniques to create highly detailed and accurate 3D models.
This technology is ideal for creating intricate and complex models with high detail. Hybrid Photosynthesis is already being utilized in various industries, including healthcare, automotive, and aerospace. In healthcare, this technology is used to create anatomical models that aid in surgical planning and implant design. In the automotive industry, it is used to make car product prototypes before mass production. Similarly, in the aerospace industry, it is used to create detailed models of aircraft parts before they are produced on a large scale.
The use of Hybrid Photosynthesis is a game-changer in the 3D printing industry. By utilizing the strengths of both DLP and SLA techniques, this technology can produce a high-quality finished product that is both precise and intricate.
| Feature | Measurement | |
|---|---|---|
|
|
Connecting & Moving Parts |
0.03 in |
|
|
Escape Holes |
0.04 in |
|
|
Embossing & Engraving |
Width: 0.016 in |
|
|
Holes & Openings |
0.02 in |
|
|
Horizontal Spans |
0.08 in |
|
|
Minimum Features |
0.008 in |
|
|
Pin Diameter |
0.03 in |
|
|
Supports & Overhangs |
Base Supports Otherwise 45° |
|
|
Walls (Supported) |
0.02 in |
|
|
Walls (Unsupported) |
0.04 in |
| Feature | Measurement | |
|---|---|---|
|
|
Connecting & Moving Parts |
0.7 mm |
|
|
Escape Holes |
1 mm |
|
|
Embossing & Engraving |
Width: 0.4 mm |
|
|
Holes & Openings |
0.5 mm |
|
|
Horizontal Spans |
2 mm |
|
|
Minimum Features |
0.2 mm |
|
|
Pin Diameter |
0.7 mm |
|
|
Supports & Overhangs |
Base Support Otherwise 45° |
|
|
Walls (Supported) |
0.5 mm |
|
|
Walls (Unsupported) |
1 mm |
AS9100 D | ISO 9001 | ITAR Registered
Casting & Molding
Added Value
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