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Ultramid® 8202C

Polyamide 6

Supplied by BASF Corporation

The technical datasheet with complete property values for Ultramid® 8202C is available to members of the Prospector Plastics Database.
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Product Description
Ultramid 8202C is a modified crystalline and low viscosity, PA6 injection molding homopolymer. It is also available in heat stabilized (Ultramid 8202C HS) and/or pigmented versions. Its unique crystalline structure results in increased strength, stiffness, heat distortion temperature and performance under load as a homopolymer. It also cycles faster while maintaining properties and chemical resistance.
General  
Material Status 
  • Commercial: Active
Availability 
  • North America
Features 
  • Crystalline
  • Fast Molding Cycle
  • Good Chemical Resistance
  • Good Processability
  • Good Stiffness
  • High Heat Resistance
  • High Strength
  • Homopolymer
  • Low Viscosity
Uses 
  • Bushings
  • Connectors
  • Electrical Parts
  • Electrical/Electronic Applications
  • Fittings
  • Furniture
  • Gears
  • Industrial Applications
  • Valves/Valve Parts
Agency Ratings 
 
RoHS Compliance 
Automotive Specifications 
Appearance 
  • Colors Available
  • Natural Color
  
Forms 
  • Pellets
Processing Method 
  • Injection Molding
Multi-Point Data 
  • Isothermal Stress vs. Strain (ISO 11403-1)
  • Secant Modulus vs. Strain (ISO 11403-1)
  • Viscosity vs. Shear Rate (ISO 11403-2)
Physical
Dry
Conditioned
Unit
Test Method
Specific Gravity
        
--
--
 
 ASTM D792
--
--
lb/in³
 ISO 1183 2
Molding Shrinkage - Flow (0.125 in)
--
in/in
 ASTM D955
Water Absorption
        
24 hr
--
%
 ASTM D570
73°F, 24 hr
--
%
 ISO 62
Saturation
--
%
 ASTM D570, ISO 62 2
Equilibrium, 50% RH
--
%
 ASTM D570
Equilibrium
--
%
 ISO 62 2
Mechanical
Dry
Conditioned
Unit
Test Method
Tensile Modulus
        
-40°F
--
psi
 ISO 527-2
176°F
--
psi
 ISO 527-2
250°F
--
psi
 ISO 527-2
--
psi
 ISO 527-2 2
Tensile Strength
        
Yield, -40°F
psi
 ASTM D638, ISO 527-2
Yield, 73°F
psi
 ASTM D638
Yield, 176°F
psi
 ASTM D638, ISO 527-2
Yield, 250°F
psi
 ASTM D638, ISO 527-2
Yield
psi
 ISO 527-2 2
Break, -40°F
psi
 ASTM D638
Break, 73°F
psi
 ASTM D638
Break, 176°F
psi
 ASTM D638
Break, 250°F
psi
 ASTM D638
Tensile Elongation
        
Yield, -40°F
%
 ASTM D638
Yield, 73°F
%
 ASTM D638
Yield, 176°F
%
 ASTM D638
Yield, 250°F
%
 ASTM D638
Yield
%
 ISO 527-2 2
Break, -40°F
%
 ASTM D638
Break, 73°F
%
 ASTM D638
Break, 176°F
%
 ASTM D638
Break, 250°F
%
 ASTM D638
Nominal strain at break
%
 ISO 527-2 2
Flexural Modulus
        
-40°F
psi
 ASTM D790
73°F
psi
 ASTM D790
149°F
--
psi
 ASTM D790
194°F
--
psi
 ASTM D790
250°F
--
psi
 ASTM D790
73°F
--
psi
 ISO 178
Flexural Strength
        
-40°F
psi
 ASTM D790
73°F
psi
 ASTM D790
149°F
--
psi
 ASTM D790
250°F
--
psi
 ASTM D790
73°F
--
psi
 ISO 178
Impact
Dry
Conditioned
Unit
Test Method
Charpy notched impact strength (73°F)
--
ft·lb/in²
 ISO 179/1eA 2
Charpy Unnotched Impact Strength (73°F)
--
 
 ISO 179
Notched Izod Impact
       ASTM D256
-40°F
ft·lb/in
  
73°F
ft·lb/in
  
Drop Impact Resistance (73°F)
ft·lb
 Internal Method
Hardness
Dry
Conditioned
Unit
Test Method
Rockwell Hardness (R-Scale)
--
 
 ASTM D785
Thermal
Dry
Conditioned
Unit
Test Method
Deflection Temperature Under Load
        
66 psi, Unannealed
--
°F
 ASTM D648
264 psi, Unannealed
--
°F
 ASTM D648
264 psi
--
°F
 ISO 75-2 2
Peak Melting Temperature
--
°F
 ASTM D3418, ISO 3146
CLTE - Flow
--
in/in/°F
 ASTM E831
Electrical
Dry
Conditioned
Unit
Test Method
Volume Resistivity
        
0.0591 in
--
ohm·cm
 ASTM D257
--
--
ohm·in
 IEC 60093 2
Dielectric Strength 3 (0.0591 in)
--
V/mil
 ASTM D149
Comparative tracking index
--
 
 IEC 60112 2
Flammability
Dry
Conditioned
Unit
Test Method
Flame Rating - UL (0.0591 in)
--
 
 UL 94
UL
Dry
Conditioned
Unit
Test Method
RTI Str (0.0591 in)
--
°F
 UL 746
RTI Imp (0.0591 in)
--
°F
 UL 746
RTI Elec (0.0591 in)
--
°F
 UL 746
Related Terminology
Dry
Product names can be difficult to match. You may have searched any one of these terms to find this product: Ultramid® 8202C, Ultramid 8202C, Ultramid® , Ultramid, Ultramid8202C, 8202 C, 8202C, Polyamide 6, Nylon 6, Polyamide, Nylon, pa6, BASF, Polyamide6, Nylon6, C8202
Generic Name
Dry
Generic Name may also be described by the following terms: PA6.
Conditioned
Generic Name may also be described by the following terms: PA6.
Features
Dry
Features may also be described by the following terms: Good Processability, Easy Processing, Fast Cycle, Rapid Cycle, Productivity, Fast Molding Cycle, Good Chemical Resistance, Chemical Resistant, Low Viscosity, High Strength, Good Stiffness, High Heat Resistance.
Uses
Dry
Uses may also be described by the following terms: Valves, Valve Parts, Electrical Applications, Electronic Applications, Electrical/Electronic Applications, Electrical Sector.
Automotive Specifications
Dry
This plastic material has approval for 6 automotive specifications from the following agencies (the number in parentheses shows the number of specifications for that agency): FORD (1), DAEWOO (1), CHRYSLER (1), GM (1), HYUNDAI (2).
Agency Ratings
Dry
This plastic material has 2 certifications from the following agencies (the number in parentheses shows the number of certifications for that agency): ULC (1), ASTM (1).
Conditioned
Product names can be difficult to match. You may have searched any one of these terms to find this product: Ultramid® 8202C, Ultramid 8202C, Ultramid® , Ultramid, Ultramid8202C, 8202 C, 8202C, Polyamide 6, Nylon 6, Polyamide, Nylon, pa6, BASF, Polyamide6, Nylon6, C8202
Injection
Dry
Unit
 
Drying Temperature
°F
  
Drying Time
hr
  
Suggested Max Moisture
%
  
Processing (Melt) Temp
°F
  
Mold Temperature
°F
  
Injection Pressure
psi
  
Injection Rate
 
  
Notes
1Typical properties: these are not to be construed as specifications.
2Tested in accordance with ISO 10350. 23°C/50%r.h. unless otherwise noted.
3Method A (Short-Time)
 
IDES
Copyright © 2012 IDES
The information presented on this datasheet was acquired by IDES from the producer of the material. IDES makes substantial efforts to assure the accuracy of this data. However, IDES assumes no responsibility for the data values and strongly encourages that upon final material selection, data points are validated with the material supplier.