BASF ULTRAMID A3WG10 HOT Sale P66 Resin

Physical Properties

• Density: As per ISO 1183, the material has a density of 1.56 g/cc (0.0564 lb/in³), which gives an indication of its mass per unit volume.
• Moisture Absorption at Equilibrium: Under the conditions of 23°C and 50% relative humidity (RH) as per ISO 62, the material shows a moisture absorption ranging from 1.0 to 1.4%, showing its equilibrium water-holding capacity.
• Water Absorption at Saturation: According to ISO 62, the material can absorb between 3.7 and 4.3% water at saturation, reflecting its maximum moisture uptake potential.
• Viscosity Measurement: The viscosity measurement of the material is 130 as determined by ISO 307, related to the internal friction and flow resistance of the material.
• Linear Mold Shrinkage: With a value of 0.0045 cm/cm (0.0045 in/in) under restricted conditions, this property is crucial for predicting dimensional changes during the molding process.
• Melt Flow: As per ISO 1133, at a temperature of 275 °C (527 °F) with a load of 5.00 kg (11.0 lb), the melt flow rate of the material is 31.2 g/10 min, indicating its fluidity in the molten state.

Polymer Properties:

1. Base Material: Polyamide 66 (PA66)
2. Reinforcement: 50% Short Glass Fiber
3. Modification Features:
   
   • High – level rigidity and strength for heavy – duty applications.
   • Good heat resistance and dimensional stability over long periods.
   • Suitable for complex injection – molded parts.
   • Offers some resistance to chemical and mechanical impacts.

Applications:

Due to its robust properties, ULTRAMID A3WG10 is used in applications where no compromise on performance is acceptable. Its primary use is in heavy-duty structural parts for a variety of industries.

1. Automotive Industry: The material’s ability to withstand high temperatures and mechanical stress makes it a staple for under-the-hood and structural automotive parts.
   • Applications: Engine mounts, intake manifolds, structural brackets, and other components in the engine bay that are subjected to heat, vibration, and chemical exposure (oils, fuels, etc.).
2. Industrial Engineering: Used for heavy-duty machine parts that require high rigidity and wear resistance.
   • Applications: High-stress gear wheels, bearing housings, and various machine elements that need to operate under continuous mechanical load.
3. Electrical and Electronics: Ideal for electrical components that need to be both strong and heat-resistant.
   • Applications: Housings for high-power electrical switches, large connectors, and other parts in power distribution systems where structural integrity and electrical insulation at high temperatures are required.