Wear- Resistant Blu Nylon Mecha TDS

This TDS is forΒ BluΒ Nylon Mecha only.

Check out BluΒ Nylon Mecha here.

BLU_TOUGH_RESIN_NYLON_MECHA_-_1

1. Product Introduction

Blu Nylon Mecha is a remarkably tough engineering resin featuring outstanding mechanical properties.Β 

Its exceptional hardness and robustness make it ideal for crafting durable parts and tools. Certified bio-compatible under ISO 10993-10, it delivers higher impact and wear resistance than standard Blu, and it produces far less friction powder overall.

Application:

  • Gear and joint parts
  • Engineering Prototypes
  • Mechanical Aids
  • Fixtures and Jigs
  • Medical Devices
  • Load-bearing parts

    2. Property Data

    Mechanical Properties

    Measure

    Method

    Tensile Stress at Yield

    63

    ASTM D638

    Tensile Stress at Break (MPa)

    58

    ASTM D638

    Young’s Modulus (MPa)

    1900

    ASTM D638

    Elongation at Break (%)

    45

    ASTM D638

    Flexural Modulus

    1830

    ASTM D790

    Other Properties

    Measure

    Method

    HDT at 0.455 MPa

    65

    ASTM D648

    IZOD Impact (Notched) J

    50

    ASTM D256

    Shore Hardness (D)

    73

    ASTM D2240

    Solid Density

    1.25

    ASTM 792

    Water Absorption (24hr)

    0.75%

    ASTM D570

    Biocompatibility

    √

    Liquid Properties

    Measure

    Method

    Viscosity at 25Β°C (77Β°F)

    1000

    ASTM D7867

    Liquid Density

    1.15

    ASTM D1475

    Β 

    3. Work Flow

    Printing

    Material Name

    Blu Tough Resin (Nylon Mecha)

    Primary Printer Compatibility

    MSLA / LCD/ DLP 3D Printers

    Secondary Printer Compatibility

    385nm - 405nm 3D Printers

    Hardware Requirement

    Access to exposure control is required

    Supported Slicer Software

    Chitubox, Lychee Slicer, Anycubic Photon Workshop, Blueprint Studio, Elegoo Satellite

    Slicer Profiles Download

    Temperature required

    25℃ or above

    Β 

    Cleaning

    Cleaning Step / Category

    Instructions & Recommendations

    Cleaning Solvents

    β€’Β Preferred: 95% concentrated Ethanol or IPA.

    β€’ Alternative: Methanol (must not contain acetone).

    Cleaning Time

    Submerge parts in the solvents for 4-5 minutes, using the ultrasonic cleaner.

    Submersion Limit

    DoΒ notΒ submerge parts in alcohol for more thanΒ 5 minutes.

    Extra Step

    For a complex model, use a painter brush (or any brush made with hair) to gently remove excess resin from the printed part.

    Β 

    Drying

    Drying

    Remove alcohol by using an oven for 7-8 minutes (using a hair dryer requires 10 minutes)

    Note: For complex parts with cavities, repeat the clean/dry cycle multiple times.

    Quality Check

    Touch the dried surface. If it is still sticky, wash and dry the part again until smooth.

    Β 

    Post Curing

    Step / Factor

    Instructions & Recommendations

    Pre-curing Checklist

    Ensure the part is completely clean of excess resin andΒ fully dryΒ (no alcohol left) before starting.

    UV Specifications

    Use a UV light source with a wavelength ofΒ 395-405nm.

    Curing Time

    Cure for approximatelyΒ 15 minutesΒ to achieve optimal strength.

    Efficiency Tip

    Submerge the printed object in water during the UV curing process to significantly increase curing efficiency.

    Β 

    4. Biocompatibility Certification

    For Biocompatibility related applications, please follow the post-processing guideline here.

    5. Additional Information

    Download BluΒ Nylon MechaΒ TDS in PDF Version.

    Click and ViewΒ Blu Nylon Mecha User GuideΒ here.