The Universal Selection Source: Plastics & Elastomers

by SpecialChem

LUVOSINT® 65-8824

Technical DataSheet | Supplied by Lehmann & Voss

LUVOSINT® 65-8824 by Lehmann & Voss is a tough and hard random copolymer polypropylene (PP) grade. It exhibits low specific density resulting in 10% savings in weight over PA12, which is an important figure for high-speed robot applications. Possesses high impact strength and extraordinary chemical resistance. Does not absorb any moisture and therefore does not become brittle due to the effects of dry compressed air. At the same time, microbial growth in food applications is also avoided in this way. Suitable for laser sintering developed in line with the needs of a manufacturer of robot grippers. Laser sintering is a technique for the additive production of plastic components. Suitable for designing space-saving/ air-powered actuators and applications in aggressive atmospheres/ media, such as in battery technology. Applications of LUVOSINT® 65-8824 include additive manufacturing (3D-printing) of light-weight parts with high toughness for automotive, robotics and many more applications.

LUVOSINT® 65-8824 Product details

Product Type
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Physical Form
Powder
Appearance
Translucent natural
Product Launch Date
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Product Status
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Applications/ Recommended for
  • Automotive
  • 3D Printing/Additive Manufacturing > Laser sintering
Key Features
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  • xxxxxxxxxxxx
  • xxxxxxxxxxxxxxxxxxxxxxx
  • xxxxxxxxxxxxxx
  • xxxxxxxxxxxxxxxxxxxxxxx
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LUVOSINT® 65-8824 Properties

Physical Properties

Value & Unit
Test Condition
Test Method
Specific Gravity
0.9 -
ISO 1183
Water Absorption
< 0.2 %
Powder Properties (x10)
xx μm
Bulk Density
xxxxx g/cm3

Mechanical Properties

Value & Unit
Test Condition
Test Method
Tensile Strength (Tensile Stress)
xx MPa
xxxxxxxxx
Tensile Strength (Tensile Stress)
xx MPa
xxxxxxxxx
Tensile Elongation
xxx %
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Tensile Elongation
x %
xxxxxxxxxx
Tensile Elongation
xx %
xxxxxxxxxx
Tensile Elongation
xx %
xxxxxxxxxx
Tensile Modulus
xxx GPa
xxxxxxxxxx
Tensile Modulus
xxxx GPa
xxxxxxxxxx

Thermal Properties

Value & Unit
Test Condition
Test Method
Vicat Softening Temperature A 50
xxx °C
xxxxxxx
Melting Temperature (Melting Point)
xxx °C
xxxxxxxxx
Peak Crystallization Temperature (DSC) (Crystalline Melt Temperature)
xxx °C
xxxxxxxxx
Last edited Jun 8, 2016
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