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Resin SZUV-T1150-high temperature resistance

Short Description:

Resin T1150 is a high-temperature-resistance resin for SLA 3D printer.

3D print materials


Product Detail

Physical Properties (Liquid)

Mechanical Properties (Post-Cured)

Product Tags

3D Printing Materials

High temperature resistant-T1150

General Introduction

Characteristics:

SZUV -T1150 is a yellow SL resin which has unmatched thermal performance. It can withstand temperatures in excess of 200℃ at a short time and 120℃ at a long time. It is designed for handling a wide variety of high temperature and adverse testing applications.

Print material-high temperature resistant-T1150
Print material-high temperature resistant-T1150

Typical Features

High Strength and Good Resistance

SZUV-T1150 can stand up humidity, water and solvents, such as gasoline, transmission fluid, oil and coolant. With its unmatched heat resistance, it is suitable for flow, HVAC, lighting, tooling, molding and wind tunnel testing applications.

Build Faster and Develop Faster

By providing fast output and parts with a smooth, easy-to-handling surface, SZUV-T1150 can finishing your project from drawing to testing parts in the shortest time.

Typical Application

-Under-the-hood component testing

-High temperature RTV molding

-Wind tunnel testing 

-Lighting fixture testing

-Composite autoclave tooling 

-HVAC component testing 

-Intake manifold testing 

-Orthodontics

耐高温3

Application Cases

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汽车配件
包装设计
艺术设计
医疗领域

Education

Hand Molds

Auto Parts

Packaging Design

Art Design

Medical


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    Appearance white
    Density 

    1.13g/cm3 @ 25 ℃

    Viscosity

    430~510 cps @ 27 ℃

    Dp

    0.155 mm

    Ec

    7.3 mJ/cm2

    Building layer thickness 

    0.05 ~ 0.12mm

     

    Measurement

    Test Method

    Value

    90-minute UV post-cure

    90-minute UV +2 hours@160℃ thermal post-cure

    Hardness, Shore D ASTM D 2240 88 92
    Flexural modulus, Mpa ASTM D 790 2776-3284 3601-3728
    Flexural strength, Mpa ASTM D 790 63-84 92-105
    Tensile modulus, MPa ASTM D 638 2942-3233 3581-3878
    Tensile strength, MPa ASTM D 638 60-71 55-65
    Elongation at break ASTM D 638 4-7% 4-6%
    Impact strength, notched lzod, J/m ASTM D 256 12-23 11-19
    Heat deflection temperature, ℃ ASTM D 648 @66PSI 91 108
    Glass transition, Tg, ℃ DMA,E’peak 120 132
    Coefficient of thermal expansion, E6/℃ TMA(T<Tg) 78 85
    Thermal conductivity, W/m.℃   0.179  
    Density   1.26  
    Water absorption ASTM D 570-98 0.48% 0.45%

     

     

     

     

     

     

     

     

     

     

     

     

     

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