Glass Fiber Reinforced PEEK

Product Name:Glass Fiber Reinforced PEEK
Synonyms: 4,4’-Difluorobenzophenone,hydroquinonepolymer;GF PEEK
CAS No.:29658-26-2;31694-16-3
Property:Polyether ether ketone (PEEK) is a colourless organic thermoplastic polymer in the polyaryletherketone (PAEK) family, used in engineering applications.
Applications The Glass Fiber Reinforced PEEK can be used the processing method such as extrusion molding and injection Molding.

Type: GF7030

Index	Standard	Test condition	Unit	Index
Tensile strength	ISO527	23℃	Mpa	175
Elongation	ISO527	23℃	%	2-3
Mold Shrinkage	ISO294-1	Parallel to the direction of flow	%	0.3
Mold Shrinkage	ISO294-1	Perpendicular to the direction of flow	%	0.8
Melting point	ISO11357		℃	343
Glass transition temperature	ISO11357		℃	143
Thermal conductivity	ISO22007-4	23℃	w m-1 k-1	0.3
Heat distortion temperature	ISO75-f	1.8MPa	℃	328
Specific heat capacity	DSC	23℃	KJ kg-1 ℃-1	1.7
Melt flow index	ISO11443	380℃ , 5kg	g 10min-1	4.5
Density	ISO1183	crystallization	g cm-3	1.51
Density	ISO1183	non-crystalline	g cm-3
Shore Hardness	ISO868	23℃		85-90
Dielectric strength	IEC60243	2MM	kv mm-1	25
Dielectric constant	IEC60250	23℃ 1kHz		3.2
Loss tangent	IEC60250	23℃ 1MHz		0.005

Type: GF7020

Index	Standard	Test condition	Unit	Index
Tensile strength	ISO527	23℃	Mpa	155
Elongation	ISO527	23℃	%	3-4
Mold Shrinkage	ISO294-1	Parallel to the direction of flow	%	0.3
Mold Shrinkage	ISO294-1	Perpendicular to the direction of flow	%	0.8
Melting point	ISO11357		℃	343
Glass transition temperature	ISO11357		℃	143
Thermal conductivity	ISO22007-4	23℃	w m-1 k-1	0.3
Heat distortion temperature	ISO75-f	1.8MPa	℃	315
Specific heat capacity	DSC	23℃	KJ kg-1 ℃-1	1.7
Melt flow index	ISO11443	380℃ , 5kg	g 10min-1	6.5
Density	ISO1183	crystallization	g cm-3	1.51
Density	ISO1183	non-crystalline	g cm-3
Shore Hardness	ISO868	23℃		85-90
Dielectric strength	IEC60243	2MM	kv mm-1	24
Dielectric constant	IEC60250	23℃ 1kHz		3.1
Loss tangent	IEC60250	23℃ 1MHz		0.005

Type: GF5030

Index	Standard	Test condition	Unit	Index
Tensile strength	ISO527	23℃	Mpa	175
Elongation	ISO527	23℃	%	2-3
Mold Shrinkage	ISO294-1	Parallel to the direction of flow	%	0.3
Mold Shrinkage	ISO294-1	Perpendicular to the direction of flow	%	0.8
Melting point	ISO11357		℃	343
Glass transition temperature	ISO11357		℃	143
Thermal conductivity	ISO22007-4	23℃	w m-1 k-1	0.3
Heat distortion temperature	ISO75-f	1.8MPa	℃	328
Specific heat capacity	DSC	23℃	KJ kg-1 ℃-1	1.7
Melt flow index	ISO11443	380℃ , 5kg	g 10min-1	6
Density	ISO1183	crystallization	g cm-3	1.51
Density	ISO1183	non-crystalline	g cm-3
Shore Hardness	ISO868	23℃		85-90
Dielectric strength	IEC60243	2MM	kv mm-1	25
Dielectric constant	IEC60250	23℃ 1kHz		3.2
Loss tangent	IEC60250	23℃ 1MHz		0.005

Type: GF5020

Index	Standard	Test condition	Unit	Index
Tensile strength	ISO527	23℃	Mpa	155
Elongation	ISO527	23℃	%	3-4
Mold Shrinkage	ISO294-1	Parallel to the direction of flow	%	0.3
Mold Shrinkage	ISO294-1	Perpendicular to the direction of flow	%	0.8
Melting point	ISO11357		℃	343
Glass transition temperature	ISO11357		℃	143
Thermal conductivity	ISO22007-4	23℃	w m-1 k-1	0.3
Heat distortion temperature	ISO75-f	1.8MPa	℃	315
Specific heat capacity	DSC	23℃	KJ kg-1 ℃-1	1.7
Melt flow index	ISO11443	380℃ , 5kg	g 10min-1	11
Density	ISO1183	crystallization	g cm-3	1.51
Density	ISO1183	non-crystalline	g cm-3
Shore Hardness	ISO868	23℃		85-90
Dielectric strength	IEC60243	2MM	kv mm-1	24
Dielectric constant	IEC60250	23℃ 1kHz		3.1
Loss tangent	IEC60250	23℃ 1MHz		0.005

Type: GF3030

Index	Standard	Test condition	Unit	Index
Tensile strength	ISO527	23℃	Mpa	185
Elongation	ISO527	23℃	%	2-3
Mold Shrinkage	ISO294-1	Parallel to the direction of flow	%	0.3
Mold Shrinkage	ISO294-1	Perpendicular to the direction of flow	%	0.8
Melting point	ISO11357		℃	343
Glass transition temperature	ISO11357		℃	143
Thermal conductivity	ISO22007-4	23℃	w m-1 k-1	0.3
Heat distortion temperature	ISO75-f	1.8MPa	℃	335
Specific heat capacity	DSC	23℃	KJ kg-1 ℃-1	1.7
Melt flow index	ISO11443	380℃ , 5kg	g 10min-1	28
Density	ISO1183	crystallization	g cm-3	1.51
Density	ISO1183	non-crystalline	g cm-3
Shore Hardness	ISO868	23℃		85-90
Dielectric strength	IEC60243	2MM	kv mm-1	23
Dielectric constant	IEC60250	23℃ 1kHz		3.3
Loss tangent	IEC60250	23℃ 1MHz		0.005

Type: GF3020

Index	Standard	Test condition	Unit	Index
Tensile strength	ISO527	23℃	Mpa	145
Elongation	ISO527	23℃	%	2-3
Mold Shrinkage	ISO294-1	Parallel to the direction of flow	%	0.3
Mold Shrinkage	ISO294-1	Perpendicular to the direction of flow	%	0.8
Melting point	ISO11357		℃	343
Glass transition temperature	ISO11357		℃	143
Thermal conductivity	ISO22007-4	23℃	w m-1 k-1	0.3
Heat distortion temperature	ISO75-f	1.8MPa	℃	323
Specific heat capacity	DSC	23℃	KJ kg-1 ℃-1	1.7
Melt flow index	ISO11443	380℃ , 5kg	g 10min-1	40
Density	ISO1183	crystallization	g cm-3	1.51
Density	ISO1183	non-crystalline	g cm-3
Shore Hardness	ISO868	23℃		85-90
Dielectric strength	IEC60243	2MM	kv mm-1	23
Dielectric constant	IEC60250	23℃ 1kHz		3.2
Loss tangent	IEC60250	23℃ 1MHz		0.004