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  • Introduction to BASF Nylon PA6 B3K Granules with Data Sheet
  • Introduction to BASF Nylon PA6 B3K Granules with Data Sheet
  • Introduction to BASF Nylon PA6 B3K Granules with Data Sheet
  • Introduction to BASF Nylon PA6 B3K Granules with Data Sheet
  • Introduction to BASF Nylon PA6 B3K Granules with Data Sheet
  • Introduction to BASF Nylon PA6 B3K Granules with Data Sheet

Introduction to BASF Nylon PA6 B3K Granules with Data Sheet

BASF Nylon PA6 B3K is a low-viscosity, heat-stabilized nylon 6 optimized for injection molding. It features excellent flowability, thermal resistance (HDT 180°C), and electrical insulation (volume resistivity up to 10¹⁵ Ω·cm), making it ideal for thin-wall parts in electrical, appliance, and automotive applications.

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  • Product Struction

What is Nylon PA6 B3K

 

In the rapidly developing electrical equipment and engineering plastics market, the demand for material performance is changing from "sufficient" to "precise adaptation". BASF PA6 B3K is a representative material for this trend. It perfectly combines the structural advantages of nylon pa6 itself with modern processing requirements. It is an injection molding grade engineering plastic that takes into account high fluidity, thermal stability and electrical reliability.

PA6 B3K

 

01 | What are the characteristics of Nylon PA6 B3K?

 

BASF PA6 B3K is a heat-stable injection-molding grade nylon pa6 with the following advantages:

   ✔ Excellent fluidity – melt index 160cm³/10min, easy to handle complex structure injection molding

   ✔ Top insulation – dielectric strength 23kV/mm, CTI 600V, ensuring electrical safety

   ✔ Long-lasting heat resistance – long-term temperature resistance 112°C, heat deformation temperature 180°C (0.45MPa)

   ✔ Stable moisture resistance – water absorption rate 9-10%, dimensional stability (shrinkage rate 0.65%)

   ✔ Reliable strength – tensile strength 85MPa, flexural modulus 2800MPa

 

Nylon PA6 B3K Datasheet

UL Condition Standard Value Unit
CTI IEC 60112 0 PLC
HVTR UL 746A 0 PLC
Dimensional Stability UL746 0.8 %
Dielectric Strength ASTM D149 23 KV/mm
Arc Resistance ASTM D495 5 PLC
Mechanical behavior Condition Standard Value Unit
Elongation Yield 50mm/min ISO 527 4/20 %
Elongation Break 50mm/min ISO 527 24/50 %
Flexural Modulus ISO 178 2800/ MPa
Izod Notch Impact 23°C ISO 180 5.5/NB kJ/m²
Izod Notch Impact -30°C ISO 180 5/ kJ/m²
Tensile Strength Yield 50mm/min ISO 527 85/40 MPa
Tensile Modulus ISO 527 3100/1000 MPa
Tensile Creep Modulus 1000hr 23°C ISO 899 /700 MPa
Charpy Un-notch Impact 23°C ISO 179 NB/NB kJ/m²
Charpy Un-notch Impact -30°C ISO 179 100/ kJ/m²
Charpy Notch Impact 23°C ISO 179 5.5/60 kJ/m²
Charpy Notch Impact -30°C ISO 179 4/ kJ/m²
Charpy Notch Impact -40°C ISO 179 3/3 kJ/m²
Thermal Condition Standard Value Unit
Heat Conductivity Coefficient DIN 52612 0.33 W/(m·K)
Specific Heat 1700 J/(kg·K)
HDT 0.45MPa ISO 75 180 °C
HDT 1.8MPa ISO 75 60 °C
Melting Temperature 250~270 °C
Melting Temperature DSC ISO 11357 220 °C
Physical property Condition Standard Value Unit
Moisture Content 3.40 %
Water Absorption 23°C ISO 62 9~10 %
Shrinkage 0.65 %
Density ISO 1183 1.13 g/cm³
Melt Index 275°C 5kg ISO 1133 160 cm³/10min
Electrical properties Condition Standard Value Unit
Dielectric Constant 1MHz IEC 62631-2-1 3.5/7
Volume Resistivity IEC 62631 1E+15/1E+12 Ω.cm
Dissipation Factor 1MHz IEC 62631-2-1 0.023/0.3
Surface Resistivity IEC 62631-3-2 /1E10 Ω

 

02 | Material highlights: not only heat resistance, but also "efficient processing"

 

Compared with traditional nylon 6 products, a major advantage of PA6 B3K is its low viscosity, which means faster injection molding cycles and more sophisticated mold filling capabilities, especially suitable for the production of complex geometries or thin-walled parts. At the same time, it adds heat stabilizers, lubricants and release agents, which greatly reduce the difficulty of processing while improving the thermal aging life, surface quality and demolding efficiency of the finished product.

In addition, in terms of electrical insulation, the material exhibits excellent volume resistivity (up to 10¹⁵ Ω·cm) and stable dielectric properties, ensuring that it can still operate stably under high voltage or frequent thermal shock environments.

 

03 | Future-oriented application scenarios: from fan components to technical plastic parts

 

The main applications of nylon pa6 B3K cover the following categories:

Household appliance housings and electric fan structural parts: With high fluidity and molding accuracy, they can meet the dual requirements of industrial design for appearance and structural strength;

Power tool housings: With the support of V-2 flame retardant performance and high strength, they meet the requirements for safety level and impact performance;

Various machine internal parts and technical structural parts: such as small gears, terminal blocks, guide rails, etc., PA6 B3K has good performance in mechanical strength and dimensional stability, suitable for mass production of precision structures.

 

04 | Technical Insight: Reliable thermal performance + electrical safety guarantee

 

It is worth noting that nylon pa6 B3K performs outstandingly in terms of heat distortion temperature (HDT), reaching up to 180°C at 0.45MPa, indicating its suitability for applications in high-temperature working environments. In the RTI assessment of UL 746B, the long-term electrical performance of this material was stable at 130°C, further ensuring its application reliability in electrical components such as transformers, junction boxes, and terminals.

In addition, the water absorption rate is controlled between 9 and 10%. The relatively low water absorption helps maintain long-term dimensional stability and mechanical properties, and is suitable for the design of structural parts with high tolerance requirements.

 

05 | Process-friendly nylon material: suitable for rapid injection molding and complex structures

 

BASF's research and development of this nylon pa6 not only stays at the performance level, but also takes into account the convenience and efficiency of processing. The high melt index of 160 cm³/10min makes B3K particularly suitable for automated injection molding processes. Even in thin-walled, porous or long-process structural parts, it can ensure complete material filling and reduce the risk of flash or material shortage.

With the assistance of the additive system, the mold maintenance cycle is effectively extended, and the surface demolding of the parts is smoother, which is a great benefit for high-beat production lines.

 

06 | Differentiation from other PA6 materials

 

Compared with conventional nylon pa6 materials (such as general injection molding grades, reinforced grades, etc.), the core advantage of PA6 B3K lies in its "three-characteristic combination of low viscosity + thermal stability + electrical safety". This makes it particularly suitable for:

   ✔ Injection molding of thin-walled parts with extremely high fluidity requirements;

   ✔ Electrical structural parts with strict requirements on dimensional accuracy;

   ✔ Long-term use scenarios where mechanical properties need to be maintained in high-temperature environments.

 

07 | Get in touch with us

 

PA6 B3K is not just a "qualified" PA6 material, it is a technical solution that strikes a balance between molding efficiency, structural performance and safety, suitable for manufacturing companies that pursue high reliability and production efficiency.

If you need to obtain PA6 B3K TDS, processing suggestions or price information, please contact us through the form on the right side of the page. We provide sample delivery and technical support services.

 

 

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