HOGARPRODUCTOSPESUPESU 2010 G4 20% Glass Fiber Reinforced PES Polyethersulfone

PRODUCTOS

  • PESU 2010 G4 20% Glass Fiber Reinforced PES Polyethersulfone
  • PESU 2010 G4 20% Glass Fiber Reinforced PES Polyethersulfone
  • PESU 2010 G4 20% Glass Fiber Reinforced PES Polyethersulfone
  • PESU 2010 G4 20% Glass Fiber Reinforced PES Polyethersulfone
  • PESU 2010 G4 20% Glass Fiber Reinforced PES Polyethersulfone
  • PESU 2010 G4 20% Glass Fiber Reinforced PES Polyethersulfone

PESU 2010 G4 20% Glass Fiber Reinforced PES Polyethersulfone

PESU 2010 G4 by BASF is a 20% glass fiber reinforced polyethersulfone with excellent dimensional stability, high thermal resistance (HDT 222°C), UL94 V-0 flame retardancy, and superior insulation—ideal for printer parts, electrical housings, and industrial components.

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  • Estructura del producto

What is PES Polyethersulfone

 

In high-precision manufacturing fields such as electrical appliances, printing equipment, and industrial structural components, a composite requirement of "lightweight + high strength + thermal stability + flame retardancy and environmental protection" is put forward for materials. PESU 2010 G4, as a 20% glass fiber reinforced pes polyethersulfone material developed by BASF, is becoming an important force in the field of engineering plastics with its outstanding mechanical, electrical and thermal properties.

Basf PESU 2010 G4

 

01 | Why is PESU 2010 G4 of greater strategic value in the current industry?

 

With the continuous enhancement of demands for high-temperature durability, high-frequency insulation, and structural reliability, materials are no longer merely "qualified in performance". They must meet the requirements of multi-dimensional working conditions for coordinated adaptation

  ・High rigidity and structural strength: tensile modulus up to 6900 MPa, tensile strength up to 130 MPa, suitable for load-bearing structural parts such as electrical components, brackets and housings;

  ・Excellent thermal stability: The heat distortion temperature can reach up to 222°C, and the long-term temperature resistance of RTI can be as high as 190°C, making it suitable for continuous high-temperature environments.

  ・Flame retardant grade V-0:1.5mm and 3.0mm thickness of UL94 V-0, no halogen environmental protection;

  ・Electrical safety and reliability: volume resistance 1E15Ω ·cm, CTI grade 125V, meet the insulation requirements of medium and high voltage electrical appliances;

  ・Strong dimensional stability: low shrinkage (0.36% in flow direction, 0.61% in lateral direction), suitable for parts with high precision requirements.

These advantages make the PESU 2010 G4 a reliable choice for printing equipment core components, electrical enclosures, industrial heat connectors and other scenarios.

 

02 | Typical Application Scenarios: Specifically designed for printing equipment and electrical structural components

 

PESU 2010 G4 is widely used in the following occasions:

  ・Printer components: including guide rails, gear brackets, support beams and other structural parts that require high rigidity and thermal stability;

  ・Electronic and electrical components: Suitable for long-term energized structures such as circuit breaker housings, terminal seats, and insulating bases;

  ・Industrial precision parts: They are also widely used in structural support or snap-fit components where dimensional stability is required.

Due to the material's excellent processability and low warpage characteristics, it is particularly suitable for batch injection molding, meeting the efficiency requirements of high-speed production lines.

 

03 | Processing and Usage Suggestions

 

  ・Recommended process: Injection molding. It is suggested that the mold temperature be controlled at 120-160°C and the melt temperature be around 360°C.

  ・Drying recommendation: drying at 120°C for at least 4 hours before molding to reduce the influence of water absorption;

  ・Mold design: due to the high strength of the material, the mold should have good wear resistance, and appropriately increase the demoulding slope;

  ・Post-processing application environment recommendation:Avoid long-term exposure to high humidity and strong acid environments. Although the material is heat-resistant, the water absorption rate is below 1.6% at saturation.

 

04 | PESU 2010 G4 Polyethersulfone Datasheet

 

ULCondiciónEstándarValorUnidad
CTIIEC 601124SOCIEDAD ANÓNIMA
HWITodos los colores 1,5 mmUL 746A0SOCIEDAD ANÓNIMA
HWITodos los colores 3,0 mmUL 746A0SOCIEDAD ANÓNIMA
RTIElec Todos los colores 1,5 mmUL 746B180°C
RTICadena todo color 3,0 mmUL 746B190°C
Clasificación de llamaTodos los colores 1,5 mmUL94V-0
Clasificación de llamaTodos los colores 3,0 mmUL94V-0
Comportamiento mecánicoCondiciónEstándarValorUnidad
AlargamientoDescanso 23°CISO 5273.2%
Impacto de muesca Izod23ºCISO 1808.0kJ/m²
Impacto de muesca Izod-30°CISO 1808.0kJ/m²
Resistencia a la tracciónDescanso 23°CISO 527130MPa
Módulo de tracción23ºCISO 5276900MPa
Impacto Charpy sin muesca23ºCISO 17960kJ/m²
Impacto con entalla Charpy-30°CISO 1798.0kJ/m²
TérmicoCondiciónEstándarValorUnidad
HDT1.8MPa sin recocerISO 75222°C
CLEFluir2E-5cm/cm/°C
Propiedad fisicaCondiciónEstándarValorUnidad
Absorción de aguaSaturación de 23 °CISO 621.6%
Absorción de agua23°C 50RH BalanceISO 620.60%
ContracciónFluirISO 2940.36%
ContracciónxFlujoISO 2940.61%
DensidadISO 11831.50gramos/cm³
Índice de fusión360°C 10kgISO 113329cm³/10min
Propiedades electricasCondiciónEstándarValorUnidad
CTIIEC 60112125V
Constante dieléctrica1 MHzIEC 602504.20
Constante dieléctrica100 HzIEC 602504.20
Resistividad volumétricaCEI 600931E15Ω.cm
Rigidez dieléctricaCEI 6024337kilovoltios/mm
Factor de disipación1 MHzIEC 602500.010
Factor de disipación100 HzIEC 602500.002
Resistividad superficialCEI 600931E15Ω
DurezaCondiciónEstándarValorUnidad
Dureza de indentación de bolaISO 2039205MPa
InflamabilidadCondiciónEstándarValorUnidad
Clasificación de llamaTodos los colores 1,5 mmUL94V-0
Clasificación de llamaTodos los colores 3,0 mmUL94V-0

 

05 | Industry Trends: Why Reinforced PES Polyethersulfone Is Gaining Importance?

 

PESU 2010 G4 is increasingly demonstrating its value in addressing shifting industrial demands across key sectors:

Industry TrendHow PESU 2010 G4 Responds
Localization of high-reliability electronic componentsHigh dielectric strength and thermal stability make it suitable for domestically produced electrical control components
Stricter green flame-retardant regulationsHalogen-free formulation that complies with RoHS and REACH, supporting compliant export requirements
Lightweight integration in smart industrial equipmentHigh strength and low density enable metal part substitution, improving energy efficiency and system responsiveness
Premiumization of printing and office equipmentHigh surface hardness (ball indentation hardness: 205 MPa) and dimensional stability meet the demands of high-speed operation and precision assembly

 

06 | FAQ: Frequently Asked Questions

 

Q1: Is PESU 2010 G4 suitable as a substitute for metals?

A: This material can be used to partially replace metal parts (such as electronic skeletons) with low structural load bearing but high requirements for thermal stability and dimensional accuracy, reducing weight and improving insulation safety.

Q2: this material is suitable for which customer group?

A: Mainly aimed at printer manufacturers, electrical system integrators, and industrial customers with special needs for high temperature and high strength plastics.

Q3: What kind of support does your company provide?

A: As a professional supplier of plastic raw materials, Juyuan Plasticizer (juyuans.com) can provide:

  ・Fast model recommendation and sample delivery

  ・Process parameters consulting and selection Suggestions

  ・Combined with the project demand comparison selection service, help customers shorten the R&D cycle.

Q4: if I'm not familiar with G4 PESU 2010, can you test first?

A: Yes.We provide standard sample package and support technical consultation in the stage of small batch mold trial to ensure more reliable material selection.

 

07 | More recommended models: Explore the diverse performance possibilities of PESU materials

 

If PESU 2010 G4 meets your needs in terms of rigidity and heat resistance, but the project also involves conductivity, processing flexibility or special structural parts requirements, the following polyethersulfone materials from BASF are also worth paying attention to:

FabricanteMaterialGradeDensidadMelt Flow IndexMódulo de tracciónResistencia a la tracciónAlargamiento a la rotura
BASFPESUDimension E1010 G91.37 g/cm³35 cm³/10min15,500 MPa145 MPa1.3%
BASFPESU2020 P2,650 MPa85 MPa6.9%
BASFPESU2020 P SR micro

Each PESU polyethersulfone material embodies the coordinated optimization of functionality and processability, and can be flexibly selected according to project requirements to achieve full process support from performance improvement to structural innovation.

 

08 | Conclusion

 

PESU 2010 G4 is not only an engineering plastic with excellent data, but also an ideal choice for high-end manufacturing to meet the needs of stability, strength and environmentally friendly flame retardant. Facing increasingly complex applications of electrical and electronic structural components, it helps products become safer and more durable with its stable performance and high reliability.

If you are looking for high-performance, flame-retardant reinforced pes polyethersulfone materials, you are welcome to visit our official website juyuans.com for more technical information and recommended models.

 

 

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