HOGARPRODUCTOSPBTDupont PBT SK645FR NC010 | Solving the three main pain points of electrical enclosures

PRODUCTOS

  • Dupont PBT SK645FR NC010 | Solving the three main pain points of electrical enclosures
  • Dupont PBT SK645FR NC010 | Solving the three main pain points of electrical enclosures
  • Dupont PBT SK645FR NC010 | Solving the three main pain points of electrical enclosures
  • Dupont PBT SK645FR NC010 | Solving the three main pain points of electrical enclosures
  • Dupont PBT SK645FR NC010 | Solving the three main pain points of electrical enclosures
  • Dupont PBT SK645FR NC010 | Solving the three main pain points of electrical enclosures

Dupont PBT SK645FR NC010 | Solving the three main pain points of electrical enclosures

DuPont PBT SK645FR NC010 is a 30% glass fiber reinforced, halogen flame-retardant grade designed for injection molding. It offers excellent rigidity, dimensional stability, and UL94 V-0 flame resistance across all thicknesses. Ideal for use in electrical housings, EV components, industrial automation, and 5G infrastructure.

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  • Estructura del producto

01 | Are you encountering these tricky problems when selecting materials?

 

  ・Deformation and deterioration of the plastic housing when the equipment is overheated?
  ・Do you need a highly rigid structure, but are worried about the flame retardant properties?
  ・In precision machining, thermal expansion leads to excessive dimensions?
  ・Material electrical performance failure in a long term charged environment?

These are four common pain points in the design of electrical components, and DuPont PBT SK645FR NC010, a flame-retardant reinforced PBT material designed for high-performance electrical components, is a precise response to these problems.

 

Pain point 1: Insufficient heat resistance, structural deformation?

Dupont SK645FR NC010 adopts a 30% glass fiber reinforced formula, with a bending strength of 215 MPa and a tensile modulus of 11,000 MPa, presenting extremely high rigidity. During the injection molding process, the dimensional control is precise, and the shrinkage rate is extremely low (only 0.4% in the flow direction and 1.3% in the vertical direction). Even for complex structures, it can achieve high repeatability accuracy and structural stability, and is not afraid of the deformation trouble caused by thermal expansion and contraction.

Pain Point 2: Is it difficult to pass the flame retardant test and obtain the certification?

This material uses highly efficient halogen flame retardant additives and achieves all V-0 grades in UL94 tests at thicknesses ranging from 0.75 to 6.0mm. Combined with a hot wire temperature of 960°C and an oxygen index of 31%, it poses no pressure in resisting flame risks. It is suitable for use in electrical connectors, modules, switches, battery packs and other occasions with strict flame retardant requirements.

Pain point 3: Thermal deformation, causing precision errors?

SK645FR NC010 still performs stably at high temperatures. Its heat distortion temperature is as high as 220°C, and the Vicat softening temperature is 212° C. Combined with a low linear expansion coefficient and a stable glass fiber structure, it is not prone to bending or lifting at the edges even during long-term operation, significantly reducing the rework rate and mold errors.

Pain Point 4: Insulation failure, potential leakage hazard?

It has all the electrical performance you need. The volume resistance is as high as 1E15 Ω·cm, the insulation strength reaches 39 KV/mm, and the dielectric constant is only 3.8 (1MHz). It has also passed the UL746C outdoor f2 certification, providing reliable insulation protection even under wind and sun exposure.

 

Most suitable for these occasions:

Modular circuit breakers, electric energy metering enclosures
Outdoor monitoring equipment and structural components of charging piles
Electric vehicle BMS, battery pack end covers
Structural components of high-temperature industrial control equipment

 

02 | Material overview: Precise control of technical details

 

SK645FR NC010 adopts a 30% glass fiber reinforced system and is combined with halogen-based flame retardants. It not only achieves the full-thickness V-0 grade in the UL94 test, but also maintains excellent flame retardant performance even at a thickness of up to 6mm. Furthermore, its various electrical insulation properties, such as a volume resistance of 10¹⁴ Ω·cm and an insulation strength of 28KV/mm, fully demonstrate its stable and reliable protective capability in electronic components.

SK645FR NC010

 

03 | Technical Parameters: Key Performance Indicators Precision Presentation

 

UL Condición Estándar Valor Unidad
CTI IEC 60112 2 SOCIEDAD ANÓNIMA
Hola Todos los colores 0,75 mm UL 746A 0 SOCIEDAD ANÓNIMA
Hola All Color 6.0mm UL 746A 0 SOCIEDAD ANÓNIMA
Alta Velocidad UL 746A 2 SOCIEDAD ANÓNIMA
HWI Todos los colores 0,75 mm UL 746A 3 SOCIEDAD ANÓNIMA
HWI Todos los colores 1,5 mm UL 746A 2 SOCIEDAD ANÓNIMA
HWI Todos los colores 3,0 mm UL 746A 1 SOCIEDAD ANÓNIMA
HWI All Color 6.0mm UL 746A 1 SOCIEDAD ANÓNIMA
RTI Elec All Color 0.75mm UL 746B 140 °C
RTI Cadena todo color 3,0 mm UL 746B 140 °C
RTI Str  All Color 6.0mm UL 746B 140 °C
Resistividad volumétrica Norma ASTM D257 1E14 Ω.cm
Dimensional Stability UL746 0.0 %
Rigidez dieléctrica Norma ASTM D149 28 kilovoltios/mm
Resistencia al arco ASTM D495 5 SOCIEDAD ANÓNIMA
Clasificación de llama Todos los colores 0,75 mm UL94 V-0
Clasificación de llama Todos los colores 1,5 mm UL94 V-0
Clasificación de llama Todos los colores 3,0 mm UL94 V-0
Clasificación de llama All Color 6.0mm UL94 V-0
Comportamiento mecánico Condición Estándar Valor Unidad
Alargamiento Romper ISO 527 2.4 %
Resistencia a la flexión ISO 178 215 MPa
Módulo de flexión ISO 178 9500 MPa
Impacto sin muescas Izod 23ºC ISO 180 40 kJ/m²
Impacto sin muescas Izod -30°C ISO 180 40 kJ/m²
Impacto de muesca Izod 23ºC ISO 180 9 kJ/m²
Impacto de muesca Izod -30°C ISO 180 8 kJ/m²
Resistencia a la tracción Romper ISO 527 120 MPa
Módulo de tracción ISO 527 11000 MPa
Módulo de fluencia por tracción 1 hora ISO 899 11000 MPa
Módulo de fluencia por tracción 1000 horas ISO 899 8000 MPa
Impacto Charpy sin muesca 23ºC ISO 179 55 kJ/m²
Impacto Charpy sin muesca -30°C ISO 179 55 kJ/m²
Impacto con entalla Charpy 23ºC ISO 179 9 kJ/m²
Impacto con entalla Charpy -30°C ISO 179 9 kJ/m²
Térmico Condición Estándar Valor Unidad
HDT 0,45MPa ISO 75 220 °C
HDT 1,8MPa ISO 75 210 °C
Temperatura de fusión 10 °C/min ISO 11357 225 °C
CLE Fluir ISO 11359 3E-5 cm/cm/°C
CLE xFlujo ISO 11359 9E-5 cm/cm/°C
Temperatura de ablandamiento Vicat 50 °C/h 50 N ISO 306 212 °C
Propiedad fisica Condición Estándar Valor Unidad
Absorción de agua 2.00mm ISO 62 0.3 %
Absorción de humedad 2.00mm ISO 62 0.1 %
Contracción Fluir ISO 294 0.4 %
Contracción xFlujo ISO 294 1.3 %
Densidad ISO 1183 1.71 gramos/cm³
Densidad de fusión 1.49 gramos/cm³
Índice de fusión 250°C 2.16kg ISO 1133 9 g/10min
Índice de fusión 250°C 5kg ISO 1133 11 cm³/10min
Viscosidad relativa ISO 307 100 cm³/g
Propiedades electricas Condición Estándar Valor Unidad
CTI IEC 60112 250 V
Constante dieléctrica 1 MHz IEC 62631-2-1 3.8
Constante dieléctrica 100 Hz IEC 62631-2-1 4.5
Resistividad volumétrica IEC 62631 1E+15 Ω.cm
Rigidez dieléctrica CEI 60243 39 kilovoltios/mm
Rigidez dieléctrica 2.0mm 20s CEI 60243 17 kilovoltios/mm
Factor de disipación 1 MHz IEC 62631-2-1 0.016
Factor de disipación 100 Hz IEC 62631-2-1 0.003
Resistividad superficial IEC 62631-3-2 1E15 Ω
Inflamabilidad Condición Estándar Valor Unidad
GWFI 0.4mm IEC 60695 960 °C
GWFI 3mm IEC 60695 960 °C
GWIT 0.75mm IEC 60695 675 °C
GWIT 1mm IEC 60695 675 °C
Clasificación de llama Todos los colores 0,75 mm UL94 V-0
Clasificación de llama Todos los colores 1,5 mm UL94 V-0
Clasificación de llama Todos los colores 3,0 mm UL94 V-0
Clasificación de llama All Color 6.0mm UL94 V-0

 

04 | Application field: The preferred innovative practice of PBT material

 

New energy vehicles: Applicable to charging interfaces, on-board power modules, connector housings, etc., meeting both electrical safety and structural strength requirements.

Industrial automation equipment: It can be used for heat-resistant and highly flame-retardant components such as relays, distribution boxes, and PCB brackets.

Household appliances: such as the base of an electric iron and the power switch part, require high temperature resistance and long-term insulation performance.

5G communication components: Applicable to the shells of optical fiber transceivers and the structural skeletons of high-frequency modules.

 

05 | Get in touch with us

 

If you are looking for a PBT material for injection molding that can withstand high temperatures, be V-0 flame-retardant and have excellent dimensional stability, then DuPont SK645FR NC010 would be a solution worthy of in-depth evaluation.

If you need more technical materials, sample support or application suggestions, please feel free to contact us at any time. Click the contact button on the right side of the page, and our engineering team will provide you with service and support as soon as possible.

 

 

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