HIGH PERFORMANCE
Material Properties Database
Genuine Material
Tiered Pricing
100000+
Formulas
24h
Responsive
This category features high-performance specialty plastics from global manufacturers, including PEEK, PPS, and LCP. These materials are optimized for aerospace, automotive lightweighting, 5G communications, and medical device applications requiring extreme thermal and mechanical stability.
Spot Price List (3390 Items)
Compare
Category
Model
Manufacturer
Characteristics
Compare
类别:
TDS
型号:
CELCON® M90UV POM
制造商:
Celanese
Light stabilized or stable to light, U.V. stabilized or stable to weather
Physical Properties
Density
1.41
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
Light stabilized or stable to light, U.V. stabilized or stable to weather
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
CELCON® M90-07
制造商:
Celanese
No Characteristics
Physical Properties
Density
-
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
No characteristics
data
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
CELCON® M90-34
制造商:
Celanese
No Characteristics
Physical Properties
Density
1.41
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
No characteristics
data
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
M90-45XAP
制造商:
Celanese
Low Emission, Copolymer
Physical Properties
Density
1.41
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
Low Emission, Copolymer
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
HOSTAFORM® C 9021 MD
制造商:
Celanese
No Characteristics
Physical Properties
Density
1.48
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
No characteristics
data
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
SXT90Z-01 XAP®
制造商:
Celanese
U.V. stabilized or stable to weather
Physical Properties
Density
1.38
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
U.V. stabilized or stable to weather
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
HOSTAFORM® S 9362
制造商:
Celanese
Injection Molding, Profile Extrusion Copolymer
Physical Properties
Density
1.39
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
Injection Molding, Profile Extrusion Copolymer
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
S 9364UV_Celanese
制造商:
HOSTAFORM®
Copolymer
Physical Properties
Density
1.37
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
Copolymer
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
9362 XAP®2
制造商:
None
Copolymer
Physical Properties
Density
1.39
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
Copolymer
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
HOSTAFORM® S 27064
制造商:
Celanese
High toughness, modified Easy flowing, elastomer-containing injection molding type
Physical Properties
Density
1.37
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
High toughness, modified Easy flowing, elastomer-containing injection molding type
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
HOSTAFORM® MT®8U05 ECO-B
制造商:
Celanese
No Characteristics
Physical Properties
Density
1.41
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
No characteristics
data
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
HOSTAFORM® LX270Z XAP®2
制造商:
Celanese
Copolymer
Physical Properties
Density
1.43
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
Copolymer
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
HOSTAFORM® C 9021 XAP®2
制造商:
Celanese
Injection Molding Low Emission, Copolymer
Physical Properties
Density
1.41
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
Injection Molding Low Emission, Copolymer
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
HOSTAFORM® C 9021 K
制造商:
Celanese
good wear properties; good chemical resistance to solvents, fuel and strong alkalis as well as good hydrolysis resistance; high resistance to thermal and oxidative degradation
Physical Properties
Density
1.23
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
good wear properties; good chemical resistance to solvents, fuel and strong alkalis as well as good hydrolysis resistance; high resistance to thermal and oxidative degradation
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
HOSTAFORM® C 9021 AW
制造商:
Celanese
good chemical resistance, high resistance to thermal and oxidative degradation, good wear properties and low coefficient of friction
Physical Properties
Density
1.38
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
good chemical resistance, high resistance to thermal and oxidative degradation, good wear properties and low coefficient of friction
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
C 9021 AS
制造商:
None
Injection Molding
Physical Properties
Density
1.41
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
Injection Molding
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
HOSTAFORM® C 9021 10/9005
制造商:
Celanese
Laser Markable
Physical Properties
Density
1.2
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
Laser Markable
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
CELCON® LW90-F2
制造商:
Celanese
Injection Molding Copolymer
Physical Properties
Density
1.41
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
Injection Molding Copolymer
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
POM-GF15
制造商:
Celanese
No Characteristics
Physical Properties
Density
1.46
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
No characteristics
data
Data protected. Unauthorized collection prohibited.
Compare
类别:
TDS
型号:
Rynite® FR530 BK507
制造商:
Celanese
flame retardant
Physical Properties
Density
1.68
g/cm³
Thermal Properties
Melting Point
- °C
Key Characteristics
flame retardant
Data protected. Unauthorized collection prohibited.
Total 3390 materials | Scroll down for more
