Taiyi Polymer twin-screw extrusion production line

PA66 Grade Selection

Glass Fiber Reinforced PA66 Compounds

Explore 16 PLATFORM® PA66 grades from GF15 to GF50. Compare strength and heat-deflection data, then check moisture and assembly requirements.

Discuss Your Application Open Technical Data

PA66 GF Compounds

GF15–GF50 across strength, heat deflection, and moisture

Discuss Your Application Open Technical Data

Grade directory

PA66 glass-fiber grades

Grades are ordered by glass-fiber content. Compare the published properties, then open a grade or request its full TDS.

16 listed grades

Full parameters & test methods

Scroll sideways to compare all properties →

Grades ordered by glass-fiber content
Grade / TDS	Glass fiber	Tensile stress	Flexural strength	Flexural modulus	Notched impact	HDT (1.8 MPa)	Water absorption
EAG215 TDS	15%	130 MPa	205 MPa	5400 MPa	6.5 kJ/m²	240 °C	0.8~1.2 %
EAG215A TDS	15%	105 MPa	160 MPa	4400 MPa	15 kJ/m²	225 °C	0.8~1.2 %
EAG220 TDS	20%	147 MPa	230 MPa	6500 MPa	Not published	250 °C	0.9 %
EAG225 TDS	25%	140 MPa	205 MPa	7200 MPa	9.5 kJ/m²	230 °C	0.4~0.8 %
EAG225H TDS	25%	180 MPa	270 MPa	7700 MPa	10 kJ/m²	250 °C	0.5~0.9 %
EAG230 TDS	30%	200 MPa	290 MPa	9000 MPa	12 kJ/m²	250 °C	0.5~0.9 %
EAG230H TDS	30%	195 MPa	290 MPa	8700 MPa	12 kJ/m²	250 °C	0.5~0.9 %
EAG230HA TDS	30%	180 MPa	280 MPa	9000 MPa	11 kJ/m²	250 °C	0.5~0.9 %
EAG233 TDS	33%	190 MPa	280 MPa	10000 MPa	10.5 kJ/m²	255 °C	0.5~0.9 %
EAG233H TDS	33%	200 MPa	290 MPa	10000 MPa	11 kJ/m²	250 °C	0.5~0.9 %
EAG235H TDS	35%	225 MPa	325 MPa	10600 MPa	14.5 kJ/m²	255 °C	0.5~0.9 %
EAG240 TDS	40%	160 MPa	230 MPa	9240 MPa	Not published	255 °C	0.7 %
EAG245 TDS	45%	250 MPa	365 MPa	13800 MPa	16.5 kJ/m²	255 °C	0.3~0.7 %
SPUN-9200 TDS	45%	245 MPa	350 MPa	12500 MPa	20 kJ/m²	260 °C	0.5 %
EAG250 TDS	50%	240 MPa	355 MPa	14800 MPa	18 kJ/m²	250 °C	0.3~0.7 %
EAG250H TDS	50%	235 MPa	345 MPa	14400 MPa	17 kJ/m²	250 °C	0.3~0.7 %

PA66 · Glass fiber 15%

EAG215

View grade data

Density: 1.25
Tensile stress: 130 MPa
HDT (1.8 MPa): 240 °C
Flammability: HB

PA66 · Glass fiber 15%

EAG215A

View grade data

Density: 1.2
Tensile stress: 105 MPa
HDT (1.8 MPa): 225 °C
Flammability: HB

PA66 · Glass fiber 20%

EAG220

View grade data

Density: 1.27
Tensile stress: 147 MPa
HDT (1.8 MPa): 250 °C
Flammability: HB

PA66 · Glass fiber 25%

EAG225

View grade data

Density: 1.32
Tensile stress: 140 MPa
HDT (1.8 MPa): 230 °C
Flammability: HB

PA66 · Glass fiber 25%

EAG225H

View grade data

Density: 1.32
Tensile stress: 180 MPa
HDT (1.8 MPa): 250 °C
Flammability: HB

PA66 · Glass fiber 30%

EAG230

View grade data

Density: 1.37
Tensile stress: 200 MPa
HDT (1.8 MPa): 250 °C
Flammability: HB

PA66 · Glass fiber 30%

EAG230H

View grade data

Density: 1.38
Tensile stress: 195 MPa
HDT (1.8 MPa): 250 °C
Flammability: HB

PA66 · Glass fiber 30%

EAG230HA

View grade data

Density: 1.37
Tensile stress: 180 MPa
HDT (1.8 MPa): 250 °C
Flammability: HB

PA66 · Glass fiber 33%

EAG233

View grade data

Density: 1.4
Tensile stress: 190 MPa
HDT (1.8 MPa): 255 °C
Flammability: HB

PA66 · Glass fiber 33%

EAG233H

View grade data

Density: 1.4
Tensile stress: 200 MPa
HDT (1.8 MPa): 250 °C
Flammability: HB

PA66 · Glass fiber 35%

EAG235H

View grade data

Density: 1.42
Tensile stress: 225 MPa
HDT (1.8 MPa): 255 °C
Flammability: HB

PA66 · Glass fiber 40%

EAG240

View grade data

Density: 1.4
Tensile stress: 160 MPa
HDT (1.8 MPa): 255 °C
Flammability: HB

PA66 · Glass fiber 45%

EAG245

View grade data

Density: 1.53
Tensile stress: 250 MPa
HDT (1.8 MPa): 255 °C
Flammability: HB

PA66 · Glass fiber 45%

SPUN-9200

View grade data

Density: 1.53
Tensile stress: 245 MPa
HDT (1.8 MPa): 260 °C
Flammability: Not published

PA66 · Glass fiber 50%

EAG250

View grade data

Density: 1.57
Tensile stress: 240 MPa
HDT (1.8 MPa): 250 °C
Flammability: HB

PA66 · Glass fiber 50%

EAG250H

View grade data

Density: 1.57
Tensile stress: 235 MPa
HDT (1.8 MPa): 250 °C
Flammability: HB

Comparison basis: GF content ISO 1172; tensile stress ISO 527; flexural properties ISO 178; notched Charpy impact at 23 °C ISO 179/1eA; HDT at 1.8 MPa ISO 75; water absorption at 23 °C and 50% RH ISO 62. These are typical web reference values. The catalog does not specify the dry or conditioned state of the mechanical data; confirm it in the grade-specific TDS before final selection.

Engineering Trade-offs

Reinforcement changes more than stiffness

Use GF content to narrow the PA66 range, then evaluate the complete molded system. Higher listed reinforcement does not automatically produce the better part.

Increasing glass-fiber content can support

Within a suitable PA66 formulation and comparable test basis, reinforcement is commonly screened for these structural and thermal requirements.

Higher stiffness and short-term load response
Higher tensile and flexural strength
Higher heat-deflection response
Improved creep resistance
Dimensional control under load

The final shortlist still depends on

Fiber percentage is only one input. Moisture state, geometry, process history and local orientation can change the molded and assembled result.

Impact requirement and failure mode
Fiber orientation and directional properties
Shrinkage balance and warpage
Surface appearance and exposed fibers
Moisture state and dimensional conditioning
Weld lines, gate position and local stress

Application Context

Connect the grade to the part architecture

Define the part's load, thermal exposure and assembly conditions, then confirm the evidence needed for your application.

Automotive mechanismsAutomotive structural and functional partsDefine load, temperature, cycling, moisture, fastening and approval requirements before comparing grades.Electrical housingsElectrical and electronic componentsReview heat, mechanical retention, dimensions, electrical evidence and the exact document requirement together.Brackets and supportsAutomation and conveyor systemsRelate static and cyclic loads, mounting geometry, vibration and process constraints to the grade shortlist.Load-bearing housingsAppliance molded componentsScreen temperature, moisture, assembly load, repeated cycles and production consistency for the actual housing or support.

Before Final Selection

Validate moisture, molding and the actual part

PA66 GF screening must keep moisture state, heat, process conditions and orientation on the same evidence chain. Use published data to narrow the range, then validate the molded part and assembly.

01
Set the specimen and moisture state
Identify the conditioning basis behind each value and avoid comparing dry and conditioned results as though they were interchangeable.
02
Confirm drying and melt handling
Follow grade-specific processing guidance and control residence time and moisture before interpreting a molding trial.
03
Map fiber orientation to the load path
Check gates, flow direction, weld lines, ribs and inserts against the critical structural direction.
04
Measure dimensions and warpage
Use the actual tool and conditioning sequence. Current catalog shrinkage coverage is incomplete and cannot replace part measurement.
05
Test thermal and assembly conditions
HDT is a screening measurement, not a universal continuous-use temperature. Validate load, time, cycling and assembly restraint.
06
Close project-specific evidence
Confirm repeatability, function, environment, documents and customer requirements before production release.

Taiyi Polymer tensile-test specimen clamped in laboratory testing equipment — In-house tensile-test specimen setup. Confirm the grade-specific test basis and moisture state before final selection.

Project Inquiry

Move from PA66 GF screening to a molding decision

Share the part, current material, load, temperature, moisture state, mold stage, target properties and document requirements. Taiyi Polymer can help narrow the listed grades for project evaluation.

Discuss Your Application

Glass Fiber Reinforced PA66 Compounds

PA66 glass-fiber grades

EAG215

EAG215A

EAG220

EAG225

EAG225H

EAG230

EAG230H

EAG230HA

EAG233

EAG233H

EAG235H

EAG240

EAG245

SPUN-9200

EAG250

EAG250H

Reinforcement changes more than stiffness

Increasing glass-fiber content can support

The final shortlist still depends on

Connect the grade to the part architecture

Validate moisture, molding and the actual part

Set the specimen and moisture state

Confirm drying and melt handling

Map fiber orientation to the load path

Measure dimensions and warpage

Test thermal and assembly conditions

Close project-specific evidence

Move from PA66 GF screening to a molding decision