HOGARPRODUCTOSPPSUBASF PPSU 3010 NAT Overview | Heat-Resistant PPSU Material

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  • BASF PPSU 3010 NAT Overview | Heat-Resistant PPSU Material
  • BASF PPSU 3010 NAT Overview | Heat-Resistant PPSU Material
  • BASF PPSU 3010 NAT Overview | Heat-Resistant PPSU Material
  • BASF PPSU 3010 NAT Overview | Heat-Resistant PPSU Material
  • BASF PPSU 3010 NAT Overview | Heat-Resistant PPSU Material
  • BASF PPSU 3010 NAT Overview | Heat-Resistant PPSU Material

BASF PPSU 3010 NAT Overview | Heat-Resistant PPSU Material

BASF PPSU 3010 NAT is a high-viscosity injection-grade polyphenylsulfone offering excellent heat resistance, dimensional stability, and impact strength. Ideal for steam-sterilizable medical parts and flame-retardant electrical components.

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  • Estructura del producto

What is PPSU Material

 

In fields with extremely high material requirements such as high-end medical equipment, electronic and electrical components, and aviation applications, PPSU (polyphenylsulfone) materials have gradually become the main players in high-performance engineering plastics due to their excellent thermal stability, flame retardancy, and dimensional stability. This article will take BASF PPSU 3010 NAT as the core sample, from performance interpretation to application trends, to provide a full range of reference for material selectors.

PPSU 3010 NAT

 

01 | PPSU Material Technology Core Analysis: High Temperature, High Impact, High Stability

 

PPSU 3010 NAT is a non-reinforced high-viscosity injection molding grade PPSU material, which exhibits the following outstanding performance characteristics:

  ・Extremely high thermal stability: The glass transition temperature is as high as 220°C, and the heat deformation temperature (HDT) is 198°C. It can work for a long time in high temperature and high pressure environments, meeting the stringent requirements of steam sterilization.

  ・Excellent impact toughness: Even at low temperatures (-30°C), its simply supported beam notched impact strength still reaches 25 kJ/m², ensuring structural integrity.

  ・Flame retardant and halogen-free: UL94 V-0 flame retardant performance, and no halogen flame retardants are added, which is more in line with the current environmental protection and regulatory trends in the electrical and electronic industry.

  ・Outstanding chemical stability: Excellent resistance to cleaning agents, disinfectants, aliphatic solvents, etc., especially suitable for repeated cleaning scenarios such as medical and laboratories.

 

02 | Processing performance and process recommendations

 

As a high-viscosity injection molding grade PPSU, the processing of 3010 NAT has certain technical barriers, but it also brings excellent structural strength and surface quality. The following are processing recommendations:

Processing StageRecommended Parameters
Melt Temperature350–390°C
Mold Temperature≥150°C, to prevent material cold spots and internal stress
Screw Shear RateLow shear, to avoid thermal degradation
Drying Conditions120°C for 4–6 hours (Moisture absorption rate: 1.2%)

In addition, the melt index is 35 cm³/10min (360°C/10kg), and the fluidity performance is in the middle among similar PPSU materials. It is suitable for injection molding of medium and large structural parts and is recommended for multi-cavity molds or thick-walled products.

 

03 | Application Frontier: Medical, Aviation, and Electrical Scenarios Go Hand in Hand

 

Medical Equipment:

  ・Can be repeatedly sterilized with high-temperature steam (>1000 times)
  ・No deformation, discoloration, or brittle cracking
  ・Applicable to surgical instrument housings, blood filtration components, dental instruments, maternal and infant products, etc.

Aerospace:

  ・Can replace some metal parts, reduce weight while maintaining mechanical strength
  ・Low thermal expansion coefficient, suitable for precision connectors

Electrical and Electronics:

  ・UL V-0 flame retardant rating + high insulation (volume resistivity 1E+15 Ω·cm, insulation strength 44 kV/mm)
  ・CTI reaches 150V, suitable for applications that require arc resistance, such as wiring terminals, battery shells, and power converter shells

 

04 | PPSU material Technical Highlights

 

ULCondiciónEstándarValorUnidad
Clasificación de llamaNC BK 1,5 mmUL94V-0
Clasificación de llamaNC BK 3,0 mmUL94V-0
Comportamiento mecánicoCondiciónEstándarValorUnidad
AlargamientoRendimiento 50 mm/minISO 5277.8%
Impacto de muesca Izod23ºCISO 18055kJ/m²
Impacto de muesca Izod-30°CISO 18025kJ/m²
Resistencia a la tracciónRendimiento 50 mm/minISO 52774MPa
Módulo de tracciónISO 5272250MPa
Impacto Charpy sin muesca23ºCISO 179NÓTESE BIENkJ/m²
Impacto Charpy sin muesca-30°CISO 179NÓTESE BIENkJ/m²
Impacto con entalla Charpy23ºCISO 17975kJ/m²
Impacto con entalla Charpy-30°CISO 17925kJ/m²
TérmicoCondiciónEstándarValorUnidad
HDT1,8MPaISO 75198°C
Temperatura de fusión350~390°C
Temperatura de transición vítrea10 °C/minISO 11357220°C
CLEFlow 23~80°CISO 113595.5E-5cm/cm/°C
CLEFlow 180°CDIN 537526.3E-5cm/cm/°C
Propiedad fisicaCondiciónEstándarValorUnidad
Absorción de agua23ºCISO 621.2%
Absorción de agua23°C 50RH BalanceISO 620.60%
ContracciónFluirISO 2940.9%
ContracciónxFlujoISO 2941%
DensidadISO 11831.29gramos/cm³
Índice de fusión360°C 10kgISO 113335cm³/10min
Viscosidad relativaISO 30771cm³/g
Propiedades electricasCondiciónEstándarValorUnidad
CTISolución AIEC 60112150V
Constante dieléctrica1 MHzIEC 62631-2-13.7
Constante dieléctrica100 HzIEC 62631-2-13.8
Resistividad volumétricaIEC 626311E+15Ω.cm
Rigidez dieléctricaK20/K20CEI 6024344kilovoltios/mm
Factor de disipación1 MHzIEC 62631-2-10.0089
Factor de disipación100 HzIEC 62631-2-10.0017
Resistividad superficialIEC 62631-3-21E15Ω
DurezaCondiciónEstándarValorUnidad
Dureza de indentación de bolaH358/30ISO 2039124MPa
InflamabilidadCondiciónEstándarValorUnidad
Clasificación de llamaNC BK 1,5 mmUL94V-0
Clasificación de llamaNC BK 3,0 mmUL94V-0

 

05 | Performance Testing and Standard Adaptation

 

All key performances of BASF PPSU 3010 NAT have been certified by international authoritative standards, including:

  ・UL94 flame retardant rating: V-0 (1.5mm and 3.0mm)

  ・ISO 527/179/180 Mechanical strength test series

  ・ISO 75/11357 thermal performance certification

  ・IEC 62631 series electrical performance measurement

  ・ISO 2039 ball pressure hardness (124 MPa)

Complete material certification information and data sheets can be provided to support the regulatory compliance process of the medical and electronics industries.

 

06 | Customer FAQ

 

Q1: Can natural color PPSU be colored? Will the performance decrease after coloring?

Answer: It can be colored through special masterbatch, and high-temperature stable pigments are recommended. Additives must undergo biocompatibility testing to avoid affecting medical use.

Q2: Can PPSU be sterilized by high-pressure steam?

Answer: It is completely feasible. 3010 NAT can withstand multiple 134°C steam sterilization without deformation, and is suitable for repeatedly used medical device shells and structural parts.

Q3: Is it suitable for replacing metal parts or PC/ABS?

Answer: In high temperature, high load and chemical environment, PPSU is a high-quality alternative to traditional materials such as PC/ABS. Especially in flame-retardant, electrical, and structural integrated products, the advantages are obvious.

 

07 | Trend insights of PPSU Material: Dual drive of regulations + performance

 

As the EU REACH, RoHS, US FDA, UL and other regulations become stricter, environmentally friendly high-performance engineering plastics represented by PPSU will gradually replace traditional halogen-containing flame-retardant plastics or general materials with unstable structures. At the same time, the growth of reusable medical devices, portable electronic devices and high-precision connection components will continue to drive the demand for PPSU.

From the perspective of material structure, non-reinforced PPSU is more suitable for appearance parts that need to maintain dimensional accuracy and surface texture, while high-viscosity versions such as BASF 3010 NAT take into account impact toughness and processing adaptability, and are ideal materials for the new generation of high-reliability products.

 

08 | Alternative PPSU Materials to Consider

 

For engineers and purchasers seeking PPSU materials with similar or complementary performance to BASF PPSU 3010 NAT, the following models offer reliable alternatives for diverse high-performance applications:

 

FabricanteProduct FamilyGradeDensidadMelt Flow IndexResistencia a la tracciónAlargamiento a la roturaContracciónMódulo de tracciónTemperatura de deflexión térmica.Notched Izod ImpactMódulo de flexiónUnnotched Izod ImpactCLTE (Flow)Resistencia a la flexión
SolvayPPSUD-30001.29 g/cm³30 g/10min70 MPa90%0.70%2300 MPa204°C640 J/m2300 MPa100 MPa
SolvayPPSUR-5800BK9371.29 g/cm³24 g/10min69.6 MPa7.20%0.70%2340 MPa207°C2410 MPa70.40 kJ/m²5.6E-5 cm/cm/°C91 MPa
SolvayPPSUR-5800 TR BK5611.29 g/cm³24 g/10min69.6 MPa7.20%0.70%2340 MPa207°C2410 MPa70.40 kJ/m²5.6E-5 cm/cm/°C91 MPa
Haoran (Shandong)PPSUP3001.31 g/cm³59 MPa8.20%0.9–1.1%2120 MPa195°C37.04 kJ/m²2460 MPa261.53 kJ/m²5.4E-5 cm/cm/°C96 MPa

 

09 | Obtaining samples and technical support

 

As a professional supplier of plastic raw materials, we can provide:

  ・BASF original package granule samples

  ・Complete technical data sheets and processing instructions

  ・Origin and certification information that complies with medical/electrical regulations

  ・Customized material matching services

Welcome to contact us on the right side of the page to obtain sample applications or technical solution suggestions.

 

 

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