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Features and Typical Properties

The typical properties of SANMODUR products are shown below. The values are representative.

Product Name
(color)
FeatureProperties
Density
kg/m3
Hardness
Shore D
Flexural
Strength
MPa
Coefficient of Linear Thermal
Expansion
-1
Surface
Roughness
μm
ASTM D 792ASTM D 2240ASTM D 790TMA*1
SANMODUR SX
(dark red)
●Extremely light weight
●Fine cell structure and high strength, considering its low density
260 31 6.4 50
×
10-6
15
SANMODUR MH-E
(orange-colored)
●Light weight
●Antistatic property
●Fine cell structure, considering its low density (Painting process can be simplified.)
350 43 7.4 54
×
10-6
11
SANMODUR LC-M
(gray)
●Light weight
●Excellent dimensional stability, heat resistance and strength
●Excellent manual and machine processability
400 40 10.0 47
×
10-6
13
SANMODUR MS-E
(dark red)
●Fine cell structure
●Antistatic property
●Excels both in strength and dimensional stability
●Excellent manual and machine processability
450 52 13.6 58
×
10-6
8
SANMODUR NO7K-E
(dark red)
●General purpose type with well-balanced properties
●Antistatic property
640 61 26.5 60
×
10-6
7
SANMODUR TW-E
(orange-colored)
●General purpose type
●Antistatic property
●Considered to be of general purpose type despite fine cell structure and high strength
●Excellent dimensional stability
750 64 25.0 47
×
10-6
4
SANMODUR VM
(orange-colored)
●High density and extremely fine cell structure
●Suitable for mold to produce transparent casts
800 64 25.0 50
×
10-6
3
SANMODUR NZ-M
(gray)
●Extremely high precision and high heat resistance
●Excellent dimensional stability
900 80 46.0 29
×
10-6
3
SANMODUR NV
(gray)
●Excellent manual and machine processability, considering its high density 1,130 74 32.0 52
×
10-6
3
SANMODUR TH
(gray)
●High density and strength (durable even under high pressure molding)
●Excellent machine processability
1,450 85 68.2 47
×
10-6
2

*1 The board was cut using an NC machine. The surface roughness of the cut section was measured through the use of a non-contact three-dimensional surface roughness tester. The surface roughness is the average absolute value of irregularities; and the lower the value, the smoother the surface.

  

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