Engineering Plastic Family
PA66 Compounds
PLATFORM® PA66 compounds cover reinforcement, flame retardancy, wear, impact modification, mineral filling, and other functional modifications for automotive, electrical, and industrial parts.
Portfolio Overview
The range provides different balances of stiffness, heat performance, dimensional control, wear, and processability. Published data, technical documents, and samples are presented by grade.
Technical & compliance documentsTDSSDSCOAREACHRoHS
PA66 Compounds
Stiffness, heat, dimensional, wear, and processing profilesPA66 Grades
Published grade data and material directions are presented together for a clear view of the available portfolio.
PA66 Glass Bead Filled
EAB230
30% glass bead filled PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 0.94
- Tensile stress
- 85 MPa
- HDT 1.8 MPa
- -
- Flammability
- HB
PA66 Glass Bead Filled
EAB250
50% glass bead filled PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.56
- Tensile stress
- 80 MPa
- HDT 1.8 MPa
- 110 °C
- Flammability
- HB
PA66 GF Mineral Reinforced
EAX238
38% glass fiber / mineral reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.46
- Tensile stress
- 110 MPa
- HDT 1.8 MPa
- 210 °C
- Flammability
- HB
PA66 GF Mineral Reinforced
EAX240
EAX240: 40% glass fiber / mineral reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.44
- Tensile stress
- 118 MPa
- HDT 1.8 MPa
- 235 °C
- Flammability
- HB
PA66 GF Mineral Reinforced
EAX240A
EAX240A: 40% glass fiber / mineral reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.48
- Tensile stress
- 145 MPa
- HDT 1.8 MPa
- 230 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG215
EAG215: 15% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.25
- Tensile stress
- 130 MPa
- HDT 1.8 MPa
- 240 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG215A
EAG215A: 15% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.2
- Tensile stress
- 105 MPa
- HDT 1.8 MPa
- 225 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG220
20% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.27
- Tensile stress
- 147 MPa
- HDT 1.8 MPa
- 250 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG225
EAG225: 25% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.32
- Tensile stress
- 140 MPa
- HDT 1.8 MPa
- 230 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG225H
EAG225H: 25% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.32
- Tensile stress
- 180 MPa
- HDT 1.8 MPa
- 250 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG230
EAG230: 30% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.37
- Tensile stress
- 200 MPa
- HDT 1.8 MPa
- 250 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG230H
EAG230H: 30% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.38
- Tensile stress
- 195 MPa
- HDT 1.8 MPa
- 250 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG230HA
EAG230HA: 30% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.37
- Tensile stress
- 180 MPa
- HDT 1.8 MPa
- 250 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG233
EAG233: 33% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.4
- Tensile stress
- 190 MPa
- HDT 1.8 MPa
- 255 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG233H
EAG233H: 33% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.4
- Tensile stress
- 200 MPa
- HDT 1.8 MPa
- 250 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG235H
35% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.42
- Tensile stress
- 225 MPa
- HDT 1.8 MPa
- 255 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG240
40% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.4
- Tensile stress
- 160 MPa
- HDT 1.8 MPa
- 255 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG245
45% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.53
- Tensile stress
- 250 MPa
- HDT 1.8 MPa
- 255 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG250
EAG250: 50% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.57
- Tensile stress
- 240 MPa
- HDT 1.8 MPa
- 250 °C
- Flammability
- HB
PA66 Glass Fiber Reinforced
EAG250H
EAG250H: 50% glass fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.57
- Tensile stress
- 235 MPa
- HDT 1.8 MPa
- 250 °C
- Flammability
- HB
PA66 Mineral Filled
EAM240
EAM240: 40% mineral filled PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.49
- Tensile stress
- 85 MPa
- HDT 1.8 MPa
- 160 °C
- Flammability
- HB
PA66 Mineral Filled
EAM240A
EAM240A: 40% mineral filled PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.51
- Tensile stress
- 100 MPa
- HDT 1.8 MPa
- 220 °C
- Flammability
- HB
PA66 Wear Low Friction
EAW210
wear-resistant and low-friction PA66 compound for sliding, moving and tribological molded parts.
- Specific gravity
- 1.2
- Tensile stress
- 80 MPa
- HDT 1.8 MPa
- 65 °C
- Flammability
- HB
PA66 Wear Low Friction
EAW220
30% wear-resistant and low-friction PA66 compound for sliding, moving and tribological molded parts.
- Specific gravity
- 1.46
- Tensile stress
- 160 MPa
- HDT 1.8 MPa
- 250 °C
- Flammability
- HB
PA66 Carbon Fiber Reinforced
EAC220C
20% carbon fiber reinforced PA66 compound for stiffness, dimensional stability and industrial injection molded parts.
- Specific gravity
- 1.23
- Tensile stress
- 240 MPa
- HDT 1.8 MPa
- 255 °C
- Flammability
- HB
PA66 Mold Release
EAR210
mold-release optimized PA66 compound for smoother demolding and stable injection molding.
- Specific gravity
- 1.13
- Tensile stress
- 90 MPa
- HDT 1.8 MPa
- 65 °C
- Flammability
- V-2
PA66 Impact Modified
EAI210
EAI210: Impact-modified PA66 compound for improved toughness and impact-sensitive molded parts.
- Specific gravity
- 1.12
- Tensile stress
- 80 MPa
- HDT 1.8 MPa
- 60 °C
- Flammability
- HB
PA66 Impact Modified
EAI220
EAI220: Impact-modified PA66 compound for improved toughness and impact-sensitive molded parts.
- Specific gravity
- 1.11
- Tensile stress
- 70 MPa
- HDT 1.8 MPa
- 60 °C
- Flammability
- HB
PA66 Impact Modified
EAI230
EAI230: Impact-modified PA66 compound for improved toughness and impact-sensitive molded parts.
- Specific gravity
- 1.11
- Tensile stress
- 65 MPa
- HDT 1.8 MPa
- 60 °C
- Flammability
- HB
PA66 Impact Modified
EAI240U
EAI240U: Impact-modified PA66 compound for improved toughness and impact-sensitive molded parts.
- Specific gravity
- 1.11
- Tensile stress
- 70 MPa
- HDT 1.8 MPa
- 60 °C
- Flammability
- HB
PA66 Impact Modified
EAI250
EAI250: Impact-modified PA66 compound for improved toughness and impact-sensitive molded parts.
- Specific gravity
- 1.08
- Tensile stress
- 50 MPa
- HDT 1.8 MPa
- 50 °C
- Flammability
- HB
PA66 Flame Retardant
EAG210V0
flame-retardant PA66 compound for electrical and structural molded parts requiring flame rating review.
- Specific gravity
- 1.17
- Tensile stress
- 85 MPa
- HDT 1.8 MPa
- 65 °C
- Flammability
- V-0
PA66 Flame Retardant
EAG215V0
15% flame-retardant PA66 compound for electrical and structural molded parts requiring flame rating review.
- Specific gravity
- 1.47
- Tensile stress
- 120 MPa
- HDT 1.8 MPa
- 230 °C
- Flammability
- V-0
PA66 Flame Retardant
EAG225V0
EAG225V0: 25% flame-retardant PA66 compound for electrical and structural molded parts requiring flame rating review.
- Specific gravity
- 1.52
- Tensile stress
- 155 MPa
- HDT 1.8 MPa
- 250 °C
- Flammability
- V-0
PA66 Flame Retardant
EAG225V0A
EAG225V0A: 25% flame-retardant PA66 compound for electrical and structural molded parts requiring flame rating review.
- Specific gravity
- 1.58
- Tensile stress
- 160 MPa
- HDT 1.8 MPa
- 230 °C
- Flammability
- V-0
PA66 Flame Retardant
EAG225V0B
EAG225V0B: 25% flame-retardant PA66 compound for electrical and structural molded parts requiring flame rating review.
- Specific gravity
- 1.34
- Tensile stress
- 140 MPa
- HDT 1.8 MPa
- 240 °C
- Flammability
- V-0
PA66 Flame Retardant
EAG230V0
30% flame-retardant PA66 compound for electrical and structural molded parts requiring flame rating review.
- Specific gravity
- 1.58
- Tensile stress
- 170 MPa
- HDT 1.8 MPa
- 235 °C
- Flammability
- V-0
PA66 Glass Fiber Reinforced
SPUN-9200
SPUN-9200 is a 45% glass-fiber-reinforced PA66 compound for structural molded-part screening.
- Specific gravity
- 1.53
- Tensile stress
- 245 MPa
- HDT 1.8 MPa
- 260 °C
- Flammability
- -
Applications
Typical part families
Explore the application areas represented in the current material range.
FAQ
Buyer Questions
What parts are PLATFORM® PA66 compounds designed for?
The portfolio supports automotive, electrical, industrial, and motion components that place greater emphasis on stiffness, heat performance, dimensional control, or wear behavior.
What modification systems does the range cover?
The range includes fiber reinforcement, flame retardancy, wear-oriented formulations, impact modification, mineral filling, and other functional options.
What information is available for grade comparison?
Published grade data, technical documents, and samples can be compared against the part requirements, tooling, and molding conditions.
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Compare Grades, Data & Samples
Share the part function, operating conditions, and molding constraints to compare relevant grades and confirm available data, documents, and samples.
01Part & Duty
02Mold & Process
03Data & Samples