BASF Ultraform N2200 G53 UNC Q600 POM Resin

Physical Properties

• Density: Measured per ISO 1183, the density is 1.58 g/cc (0.0571 lb/in³), indicating a high-density structure for heavy-duty mechanical applications.
• Water Absorption: Tested via ISO 62, water absorption is 0.90%, showing moderate moisture tolerance suitable for environments with occasional wetness.
• Moisture Absorption at Equilibrium: At 23°C/50% R.H. (ISO 62), equilibrium moisture absorption is 0.15%, ensuring minimal dimensional instability from ambient humidity.
• Melt Flow: As per ISO 1133 at 190°C (374°F) under 2.16 kg (4.76 lb), the melt flow rate is 5.5 g/10 min, indicating stable processability for moderate-viscosity molding.

Polymer Properties:

1. Base Material: Polyoxymethylene (POM)
2. Reinforcement:25% glass fiber
3. Modification Features
   
   • 25% glass fiber reinforced to increase stiffness, strength, and dimensional stability.
   • Optimized for injection – molding to produce high – performance parts.

Applications:

Ultraform N2200 G53 UNC Q600 finds widespread application in industries where high precision, stiffness, and dimensional stability are paramount.

1. Automotive Industry:Its excellent dimensional stability and mechanical strength make it ideal for various under-the-hood and interior automotive components.
   • Fuel System Components: Parts requiring precise dimensions and chemical resistance to fuels, such as fuel pump components, sensor housings, and connectors. Its low warpage ensures reliable sealing and fit.
   • Steering and Chassis Components: Bushings, bearings, and structural elements where high stiffness and wear resistance are needed.
   • Interior Parts: Precision components for dashboard assemblies, climate control systems, and seat mechanisms that require stable dimensions and quiet operation.
   • Electrical Components: Sensor housings, connectors, and switch components where stable dimensions and electrical insulation are critical.
2.  Precision Engineering and Machine Construction:For applications demanding tight tolerances and robust mechanical performance.
   • Gear Wheels and Gear Train Components: Especially for gears where precision and wear resistance are important, though the glass beads should be considered for mating material wear.
   • Bearing Cages and Bushings: Where high stiffness and good sliding properties are required under moderate loads.
   • Housing Components and Covers: For electronic devices, instruments, or small machinery where rigid, dimensionally stable enclosures are needed.
   • Measuring Instruments: Components requiring high precision and stability to maintain calibration.
   • Valves and Valve Components: Used in pneumatic or hydraulic systems where consistent performance under pressure is crucial.
3. Consumer Electronics and Appliances:For parts requiring structural integrity and smooth operation.
   • Printer and Copier Mechanisms: Gears, rollers, and paper feed components where precision and wear resistance are essential for reliable operation.
   • Washing Machine and Dishwasher Components: Parts exposed to water and detergents, requiring dimensional stability and chemical resistance.
   • Small Appliance Housings and Internal Mechanisms: Where rigidity and impact resistance are needed.
4. Medical Technology:For precision components in medical devices.
   • Delivery Devices: Components in drug delivery pens or inhalers that require high precision and consistency for accurate dosing.
   • Diagnostic Equipment Parts: Internal mechanisms where dimensional stability is vital for accurate measurements.