LCF30 PPS High Temperature Resistance Material
LCF30 PPS is a 30% long carbon fiber reinforced PPS composite material developed for high-performance structural applications.
The LCF30 PPS combines the processing advantages of high-performance engineering plastics with the structural properties of carbon fiber composites. It can replace some metals and traditional reinforced plastics, meeting the demands for lightweighting, high strength, and long-term stability in fields such as automobiles, new energy, electrical and electronic equipment, and industrial equipment.
LCF30 PPS: Product Features
The LCF30 PPS is made with a 30% long carbon fiber reinforcement system. Long carbon fibers can form a more complete fiber reinforcement network within the resin, thereby enhancing various performance advantages.
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High strength and high rigidity
Carbon fiber has excellent mechanical properties. When combined with the PPS matrix, the material acquires even higher: Tensile strength
Bending strength
Bending modulus
Creep resistance performance -
Excellent high-temperature resistance
PPS is a special engineering plastic with high thermal stability. LCF30 PPS maintains the following properties even at high temperatures:
Stable mechanical properties
Low thermal deformation
Good dimensional accuracy -
Outstanding chemical resistance
LCF30 PPS can withstand the influence of various chemical media, including: fuel, lubricating oil, chemical solvents, acidic and alkaline environments, etc. -
Low moisture absorption and high dimensional stability
PPS has an extremely low moisture absorption rate.
It is less affected by humidity.
There is a lower dimensional change.
It maintains better long-term accuracy.
What is LCF30 PPS Used For?
Automotive Parts
Engine peripheral structural components
Valve assembly
Sensor bracket
High-temperature connection structure
Electronics and Electrial
Precision connection components
High-temperature insulated structural components
Electronic equipment support components
Industrial Equipment
Pump assembly
Valve body
Mechanical support components
Corrosion-resistant structural components
Why choose LCF30 PPS?
The selection of LCF30 PPS is mainly based on the following requirements:
When the strength of common engineering plastics is insufficient, higher load-bearing capacity and rigidity are required.
When the reinforced plastic fails to meet the requirements for long-term stability, better fatigue resistance and dimensional retention capabilities are needed.
When the weight of the metal material is too high, it is necessary to achieve lightweighting while maintaining structural reliability.
The LCF30 PPS offers a high-performance alternative solution: high strength + lightweight + heat resistance + chemical resistance + long-term stability, meeting the structural application requirements in complex working conditions.
FAQ
Q: Can LCF30 PPS replace metal materials?
A: Yes, LCF30 PPS can replace some metal components where weight reduction, corrosion resistance, and design flexibility are required.
Q: Is LCF30 PPS suitable for high-temperature applications?
A: Yes. PPS has excellent thermal stability, and LCF30 PPS maintains reliable mechanical performance under elevated temperatures.
Q: Why choose LCF30 PPS instead of other engineering plastics?
A: LCF30 PPS is preferred when conventional engineering plastics cannot meet requirements for:
High temperature resistance
Chemical durability
Structural strength
Long-term stability
Compared with PA, PBT, and other common engineering plastics, LCF30 PPS provides better performance in harsh environments.
Q: What processing method is recommended for LCF30 PPS?
A: LCF30 PPS is mainly processed by injection molding.
During processing, attention should be paid to:
Material drying
Melt temperature control
Mold temperature optimization
Fiber orientation management
Proper molding conditions help maximize the mechanical advantages of long carbon fiber reinforcement.
Thanks to the excellent thermal resistance, chemical resistance, and dimensional stability of PPS (polyphenylene sulfide) resin, LCF30 PPS further enhances mechanical strength, rigidity, and long-term reliability through long carbon fiber reinforcement technology.
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