BASF Ultraform H2320 006 Q600 POM Resin

Physical Properties

• Density: Measured in accordance with ISO 1183 standard, the density is 1.40 g/cc (0.0506 lb/in³).
• Water Absorption: As per ISO 62 standard, the water absorption is 0.80 %. 
• Moisture Absorption at Equilibrium: At 23°C and 50% relative humidity (RH), following ISO 62, the moisture absorption at equilibrium is 0.20 %. 
• Linear Mold Shrinkage: As per ASTM data (MD), it is 0.020 cm/cm (0.020 in/in). ISO data shows that the shrinkage in flow and transverse directions is 0.021 cm/cm (0.021 in/in).
• Melt Flow: Tested according to ISO 1133 standard, at a temperature of 190 °C (374 °F) under a load of 2.16 kg (4.76 lb), the melt flow rate is 2.9 g/10 min. 

Polymer Properties:

1. Base Material: Polyoxymethylene (POM)
2. Modification Features
   
   • High molecular weight, leading to excellent mechanical properties and processing stability.
   • Complies with FDA requirements (21 CFR 177.2470), making it suitable for food – contact applications.

Applications:

1. Automotive Manufacturing:
   • Interior Components: Used in dashboard elements, clips, and fasteners due to its high-class surface quality and durability, ensuring a long service life and aesthetic appeal.
   • Fuel System Components: Leverages its excellent chemical resistance to gasoline and diesel, making it suitable for fuel line connectors, pump housings, and valve components.
   • Electrical and Electronic Systems: Employed in connectors and sensor housings due to its excellent electrical insulation properties and dimensional stability under mechanical stress.
   • Structural Parts: Used in gear wheels, bearings, and other mechanical components that require low friction and high wear resistance, contributing to safety and fuel efficiency.
2. Medical Technology:
   • Ultraform® H2320 006 Q600 meets stringent requirements for medical applications, particularly where precision, sterilization resistance, and biocompatibility are critical. making it suitable for:
     • Drug Delivery Devices: Used in components of insulin pens and auto-injectors due to its low friction and wear properties, ensuring smooth mechanical operation.
     • Diagnostic Equipment: Applied in parts requiring high dimensional stability and resistance to sterilization processes, such as housings for diagnostic instruments.
     • Surgical Instruments: Employed in components like skin stretcher parts, where precision and mechanical reliability are essential for surgical accuracy.
3. Household and Recreation:
   • The material’s superior resistance to hot water, chemicals, and mechanical stress makes it a preferred choice for household and recreational applications. Common applications include:
     • Plumbing Fixtures: Used in parts like showerhead inserts and faucet components due to its resistance to hot water and excellent dimensional stability.
     • Appliance Components: Found in internal components of household appliances, such as washing machine gears and vacuum cleaner parts, where durability and low friction are critical.
     • Sporting Goods: Applied in high-performance footwear components, such as lightweight and durable shoe soles, due to its toughness and design flexibility.
4. Machine and Plant Construction:
   • Ultraform® H2320 006 Q600 is ideal for industrial applications requiring robust mechanical properties and resistance to wear and chemicals. Its high molecular weight supports the production of thick-walled moldings, making it suitable for:
     • Gear Wheels and Bearings: Used in machinery components where low friction and high wear resistance are essential for long-term performance.
     • Conveyor System Parts: Employed in rollers and guides due to its favorable sliding friction behavior and durability under continuous mechanical stress.
     • Pump Components: Applied in industrial pumps handling aggressive chemicals, leveraging its chemical resistance and thermal stability.
5. Electrical and Electronic Applications:
   • The material’s excellent electrical insulation properties and dimensional stability under heat make it suitable for electrical and electronic (E/E) applications. Specific uses include:
     • Connectors and Housings: Used in electrical connectors and sensor housings due to its high dielectric strength and resistance to thermal deformation.
     • Antistatic Components: Certain grades of Ultraform® can be modified for improved surface resistivity, making them suitable for antistatic or conductive applications to prevent electrostatic discharge.